""" HUB WORLD - Jahrmarkt Edition (Pyxel 512x512) Steuerung: Pfeiltasten/WASD bewegen, ENTER betreten, SPACE/OBEN schiessen, ESC zurueck Minispiele: POOL | RAKETE | ZIRKUS | SCHIESSEN """ import pyxel, random, math W,H,FPS = 512,512,30 BK=0;NV=1;PU=2;GR=3;BR=4;DK=5;GY=6;WH=7 RD=8;OR=9;YL=10;LG=11;BL=12;IN=13;PK=14;PE=15 S_LOBBY="lobby";S_WATER="water";S_SPACE="space" S_DUCK="duck";S_CIRCUS="circus" S_OVER="over";S_WIN="win";S_INTRO="intro" FC = lambda: pyxel.frame_count FLAG_COLORS = [RD,YL,BL,OR,PK,LG,PU] SND_SHOOT = 0 SND_HIT = 1 SND_HURT = 2 SND_WIN = 3 SND_OVER = 4 SND_SELECT= 5 SND_SPLASH= 6 def setup_sounds(): pyxel.sounds[SND_SHOOT].set( notes="C3E3", tones="PP", volumes="33", effects="FN", speed=7) pyxel.sounds[SND_HIT].set( notes="C3E3G3", tones="SSS", volumes="333", effects="NNN", speed=8) pyxel.sounds[SND_HURT].set( notes="A1F1", tones="NN", volumes="33", effects="FN", speed=12) pyxel.sounds[SND_WIN].set( notes="C3E3G3C4E4G4", tones="TTTTTT", volumes="444444", effects="NNNNNN", speed=10) pyxel.sounds[SND_OVER].set( notes="G2E2C2G1C1", tones="TTTTT", volumes="44444", effects="FFFFN", speed=14) pyxel.sounds[SND_SELECT].set( notes="C3G3C4", tones="PPP", volumes="333", effects="NNN", speed=9) pyxel.sounds[SND_SPLASH].set( notes="C2C1", tones="NN", volumes="33", effects="FN", speed=15) def overlap(ax,ay,aw,ah,bx,by,bw,bh): if ax+aw <= bx: return False if bx+bw <= ax: return False if ay+ah <= by: return False if by+bh <= ay: return False return True def _portal_positions(): cx,cy,r = 256,270,170 angles = [-90,-90+90,-90+180,-90+270] specs = [ (S_WATER, BL, "POOL"), (S_SPACE, NV, "RAKETE"), (S_CIRCUS,OR, "ZIRKUS"), (S_DUCK, GR, "SCHIESSEN"), ] out = [] for i,(sid,col,label) in enumerate(specs): a = math.radians(angles[i]) x = int(cx+math.cos(a)*r)-32 y = int(cy+math.sin(a)*r)-28 out.append({"id":sid,"x":x,"y":y,"w":64,"h":56,"col":col,"label":label}) return out PORTALS = _portal_positions() def _flags(y,spacing=26): for i in range(0,W+spacing,spacing): col = FLAG_COLORS[(i//spacing)%len(FLAG_COLORS)] x = i+int(math.sin(FC()*0.04+i*0.25)*3) pyxel.tri(x,y,x-6,y+11,x+6,y+11,col) pyxel.line(0,y,W,y,WH) def _clown(x,y): pyxel.rect(x-4,y+15,9,4,RD) pyxel.rect(x+9,y+15,9,4,RD) pyxel.rect(x+1,y+10,4,6,WH) pyxel.rect(x+9,y+10,4,6,WH) pyxel.rect(x,y+6,14,6,BL) pyxel.rect(x,y+6,7,6,RD) pyxel.circ(x+2,y+6,2,YL) pyxel.circ(x+7,y+6,2,YL) pyxel.circ(x+12,y+6,2,YL) pyxel.circ(x+7,y+2,6,PE) pyxel.rect(x+3,y-7,8,7,PU) pyxel.rect(x+1,y-8,12,3,PU) pyxel.circ(x+7,y-9,3,YL) pyxel.pset(x+5,y+1,BK) pyxel.pset(x+9,y+1,BK) pyxel.circ(x+7,y+3,2,RD) pyxel.pset(x+4,y+6,BK) pyxel.pset(x+10,y+6,BK) pyxel.line(x+5,y+7,x+9,y+7,BK) def _person(x,y,col): """Einfache Menschenfigur""" pyxel.circ(x+3,y,3,PE) pyxel.rect(x,y+4,7,8,col) pyxel.rect(x,y+12,3,7,col) pyxel.rect(x+4,y+12,3,7,col) pyxel.rect(x-2,y+5,3,5,PE) pyxel.rect(x+6,y+5,3,5,PE) def _balloon(x,y,col): """Luftballon""" pyxel.circ(x,y,7,col) pyxel.pset(x+2,y-3,WH) pyxel.line(x,y+7,x+int(math.sin(FC()*0.04+x*0.1)*3),y+22,GY) def _draw_portal_image(p): x,y,sid = p["x"],p["y"],p["id"] ix,iy,iw,ih = x+4,y+4,56,44 if sid == S_WATER: pyxel.rect(ix,iy,iw,ih,BL) for row in range(ih//6): pyxel.rect(ix,iy+row*6,iw,3,NV if row%2==0 else BL) pyxel.rect(ix+10,iy+20,22,8,GY) pyxel.tri(ix+28,iy+12,ix+22,iy+20,ix+32,iy+20,WH) pyxel.pset(ix+30,iy+24,RD) for wi in range(0,iw,8): off = int(math.sin(FC()*0.12+wi*0.4)*2) pyxel.rect(ix+wi,iy+off,4,4,LG) elif sid == S_SPACE: pyxel.rect(ix,iy,iw,ih,NV) for si in range(12): sx2 = (si*17+3)%iw+ix sy2 = (si*13+5)%ih+iy pyxel.pset(sx2,sy2,WH) rx,ry = ix+22,iy+8 pyxel.tri(rx+4,ry,rx,ry+10,rx+8,ry+10,WH) pyxel.rect(rx,ry+10,8,14,BL) pyxel.rect(rx+2,ry+12,4,5,IN) if FC()%6 < 3: pyxel.tri(rx+2,ry+24,rx+6,ry+24,rx+4,ry+30,OR) pyxel.circ(ix+44,iy+30,6,BR) elif sid == S_CIRCUS: pyxel.rect(ix,iy,iw,ih,RD) for ci in range(0,iw,10): pyxel.rect(ix+ci,iy,5,ih,PK) for bi in range(3): bx2 = ix+8+bi*18 by2 = iy+10+int(math.sin(FC()*0.1+bi*2)*14) col = [YL,BL,OR][bi] pyxel.circ(bx2,by2,6,col) pyxel.circb(bx2,by2,6,WH) pyxel.rect(ix+16,iy+ih-10,24,8,BR) pyxel.rectb(ix+16,iy+ih-10,24,8,YL) elif sid == S_DUCK: pyxel.rect(ix,iy,iw,ih,GR) pyxel.rect(ix,iy,iw,14,BL) pyxel.circ(ix+28,iy+28,12,WH) pyxel.circ(ix+28,iy+28,8,RD) pyxel.circ(ix+28,iy+28,4,WH) pyxel.circ(ix+28,iy+28,2,RD) pyxel.circ(ix+8,iy+32,5,YL) pyxel.circ(ix+13,iy+29,4,OR) pyxel.rect(ix+16,iy+27,3,2,OR) def _bude(p,scores,active=False): x,y,w,h,col = p["x"],p["y"],p["w"],p["h"],p["col"] pulse = int(math.sin(FC()*0.14)*2) if active else 0 pyxel.rect(x+4,y+4,w+10,h+20,DK) pyxel.rect(x-2,y,w+4,h+16,WH) dach_h = 18 pyxel.rect(x-6,y-dach_h,w+12,dach_h,col) stripe = YL if col != YL else WH for i in range(0,w+12,10): pyxel.rect(x-6+i,y-dach_h,5,dach_h,stripe) for i in range(0,w+12,8): pyxel.tri(x-6+i,y,x-2+i,y-dach_h//2,x+2+i,y,col) pyxel.rect(x-2,y+h+12,w+4,4,col) pyxel.rectb(x-2-pulse,y-pulse,w+4+pulse*2,h+16+pulse*2,YL if active else DK) _draw_portal_image(p) lbl = p["label"] pyxel.text(x+w//2-len(lbl)*2,y+h+17,lbl,YL if active else WH) pyxel.text(x+w//2-10,y+h+26,f"HS:{scores[p['id']]}",GY) for i in range(0,w+12,10): pyxel.circ(x-6+i,y-dach_h-3,2,FLAG_COLORS[((i//10)+FC()//6)%len(FLAG_COLORS)]) # ── INTRO / TITELBILD ────────────────────────────────────────────────────── class Intro: def __init__(self): self.t = 0 def update(self): self.t += 1 if pyxel.btnp(pyxel.KEY_RETURN) or pyxel.btnp(pyxel.KEY_SPACE): pyxel.play(0,SND_SELECT) return S_LOBBY return S_INTRO def draw(self): # Himmel mit Farbverlauf for i in range(H): if i < H//2: c = NV if i < H//4 else IN pyxel.line(0,i,W,i,c) # Wiese pyxel.rect(0,H-110,W,110,GR) # Wiesen-Details for i in range(0,W,18): pyxel.tri(i,H-110,i+9,H-122,i+18,H-110,LG) # RIESENRAD GROSS IM ZENTRUM cx,cy,rr = W//2, H//2-10, 110 # Stützen pyxel.rect(cx-5,cy+rr,10,90,BR) pyxel.rect(cx-60,cy+rr+85,120,10,BR) # Diagonale Streben pyxel.line(cx,cy+rr,cx-55,cy+rr+85,BR) pyxel.line(cx,cy+rr,cx+55,cy+rr+85,BR) # Äusserer Ring pyxel.circb(cx,cy,rr,YL) pyxel.circb(cx,cy,rr-3,OR) pyxel.circb(cx,cy,rr-6,YL) # Speichen + Gondeln for i in range(12): a = i*math.pi/6 + FC()*0.015 ex = int(cx+math.cos(a)*rr) ey = int(cy+math.sin(a)*rr) pyxel.line(cx,cy,ex,ey,YL) gx = ex-5; gy = ey-5 pyxel.rect(gx,gy,10,10,FLAG_COLORS[i%len(FLAG_COLORS)]) pyxel.rectb(gx,gy,10,10,WH) # Mittelnabe pyxel.circ(cx,cy,10,WH) pyxel.circ(cx,cy,6,YL) pyxel.circ(cx,cy,3,OR) # Zirkuszelt links tx,ty = 95,H-110 pyxel.tri(tx-60,ty,tx,ty-80,tx+60,ty,RD) for i in range(-60,60,20): pyxel.tri(tx+i,ty,tx+i+10,ty-(80-abs(i)*80//60)//2,tx+i+20,ty,YL if (i//20)%2==0 else PK) pyxel.rect(tx-60,ty,120,10,WH) pyxel.circ(tx,ty-80,4,YL) # Karussell rechts kx,ky = W-95,H-110 pyxel.rect(kx-3,ky-5,6,45,BR) pyxel.rect(kx-22,ky+35,44,8,BR) pyxel.tri(kx-32,ky,kx,ky-28,kx+32,ky,PU) pyxel.tri(kx-20,ky,kx,ky-16,kx+20,ky,YL) for i in range(6): a = i*math.pi/3+FC()*0.03 hx = int(kx+math.cos(a)*26); hy = int(ky+math.sin(a)*8) pyxel.line(kx,ky-2,hx,hy+6,GY) pyxel.rect(hx-3,hy,7,10,FLAG_COLORS[i%len(FLAG_COLORS)]) pyxel.circ(kx,ky-28,4,YL) # Viele Luftballons überall balloon_data = [ (50, 80, RD), (110, 55, YL), (170, 90, BL), (230, 60, OR), (300, 75, PK), (360, 50, LG), (420, 85, PU), (470, 65, RD), (30, 130, YL), (490, 120, BL), (140, 110, OR), (390, 100, PK), ] for bx,by,bc in balloon_data: ox = int(math.sin(FC()*0.03+bx*0.05)*5) oy = int(math.cos(FC()*0.04+bx*0.03)*4) _balloon(bx+ox,by+oy,bc) # Viele Leute am Boden people = [ (30, H-30, RD), (55, H-30, BL), (80, H-30, YL), (150, H-30, PK), (175, H-30, OR), (200, H-30, PU), (310, H-30, BL), (335, H-30, RD), (360, H-30, LG), (430, H-30, YL), (455, H-30, PK), (480, H-30, OR), ] for px2,py2,pc in people: _person(px2,py2,pc) # 2 Clowns _clown(120,H-46) _clown(360,H-46) # Lichterkette oben for i in range(0,W,14): pyxel.circ(i,12+int(math.sin(FC()*0.04+i*0.2)*3),3,FLAG_COLORS[(i//14+FC()//6)%len(FLAG_COLORS)]) pyxel.line(0,12,W,12,GY) # Lichterkette in der Mitte (Bogen) for i in range(0,W,12): bx2 = i by2 = int(H//2+80+math.sin(i*math.pi/W)*(-30)+math.sin(FC()*0.04+i*0.15)*2) pyxel.circ(bx2,by2,2,FLAG_COLORS[(i//12+FC()//8)%len(FLAG_COLORS)]) # Flaggen _flags(H-112,20) # Titel title = "JAHRMARKT" pulse = 1 if (FC()//8)%2==0 else 0 for i,ch in enumerate(title): pyxel.text(W//2-len(title)*4+i*8,78+pulse,ch,FLAG_COLORS[i%len(FLAG_COLORS)]) sub = "HUB WORLD EDITION" pyxel.text(W//2-len(sub)*2,94,sub,WH) # Blinkender Hinweis if (FC()//15)%2==0: msg = "ENTER / SPACE druecken zum Start" pyxel.text(W//2-len(msg)*2,H-14,msg,YL) # ── LOBBY ────────────────────────────────────────────────────────────────── class Lobby: def __init__(self,scores): self.scores = scores self.px = W//2-7; self.py = 270; self.ap = None def update(self): sp = 3 if pyxel.btn(pyxel.KEY_LEFT) or pyxel.btn(pyxel.KEY_A): self.px -= sp if pyxel.btn(pyxel.KEY_RIGHT) or pyxel.btn(pyxel.KEY_D): self.px += sp if pyxel.btn(pyxel.KEY_UP) or pyxel.btn(pyxel.KEY_W): self.py -= sp if pyxel.btn(pyxel.KEY_DOWN) or pyxel.btn(pyxel.KEY_S): self.py += sp self.px = max(0,min(W-14,self.px)) self.py = max(50,min(H-20,self.py)) self.ap = None for p in PORTALS: if overlap(self.px,self.py,14,14,p["x"],p["y"],p["w"],p["h"]): self.ap = p; break if self.ap and pyxel.btnp(pyxel.KEY_RETURN): pyxel.play(0,SND_SELECT) return self.ap["id"] return S_LOBBY def draw(self): # Hintergrund pyxel.rect(0,0,W,H,GR) # Wiesen-Grasdetails for i in range(0,W,16): pyxel.tri(i,H-22,i+8,H-32,i+16,H-22,LG) # RIESENRAD (rechts) cx,cy,rr = 420,195,65 pyxel.rect(cx-4,cy+rr,8,80,BR) pyxel.rect(cx-30,cy+rr+75,60,8,BR) pyxel.line(cx,cy+rr,cx-28,cy+rr+75,BR) pyxel.line(cx,cy+rr,cx+28,cy+rr+75,BR) pyxel.circb(cx,cy,rr,YL); pyxel.circb(cx,cy,rr-2,OR) for i in range(10): a = i*math.pi/5+FC()*0.018 pyxel.line(cx,cy,int(cx+math.cos(a)*rr),int(cy+math.sin(a)*rr),YL) gx = int(cx+math.cos(a)*rr)-5; gy = int(cy+math.sin(a)*rr)-5 pyxel.rect(gx,gy,10,10,FLAG_COLORS[i%len(FLAG_COLORS)]) pyxel.rectb(gx,gy,10,10,WH) pyxel.circ(cx,cy,7,WH); pyxel.circ(cx,cy,4,YL) # KARUSSELL (links) kx,ky = 75,210 pyxel.rect(kx-3,ky+18,6,55,BR) pyxel.rect(kx-22,ky+68,44,8,BR) pyxel.tri(kx-30,ky+20,kx,ky-10,kx+30,ky+20,RD) pyxel.tri(kx-20,ky+20,kx,ky,kx+20,ky+20,YL) for i in range(6): a = i*math.pi/3+FC()*0.025 hx = int(kx+math.cos(a)*28); hy = int(ky+20+math.sin(a)*8) pyxel.line(kx,ky+18,hx,hy+8,BR) pyxel.rect(hx-4,hy,9,12,FLAG_COLORS[i%len(FLAG_COLORS)]) pyxel.rectb(hx-4,hy,9,12,WH) pyxel.circ(kx,ky-10,5,YL) # SCHAUKEL (mitte-links) sx,sy = 168,100 pyxel.rect(sx-2,sy,4,70,BR); pyxel.rect(sx+74,sy,4,70,BR) pyxel.rect(sx-2,sy,80,5,BR) for i in range(4): ox = sx+10+i*18 sw = int(math.sin(FC()*0.06+i*1.1)*12) pyxel.line(ox,sy+5,ox+sw,sy+45,GY) pyxel.line(ox+8,sy+5,ox+8+sw,sy+45,GY) pyxel.rect(ox-2+sw,sy+43,14,5,BR) pyxel.circ(ox+4+sw,sy+40,4,FLAG_COLORS[i%len(FLAG_COLORS)]) # ZUCKERWATTE-STAND zx,zy = 230,340 pyxel.rect(zx,zy,40,28,YL); pyxel.rectb(zx,zy,40,28,BR) pyxel.text(zx+3,zy+10,"Zucker",RD) for i in range(3): wx2 = zx+5+i*13 wy2 = zy-18+int(math.sin(FC()*0.05+i)*3) pyxel.circ(wx2,wy2,8,PK); pyxel.circ(wx2+5,wy2-3,6,PK) pyxel.rect(wx2+1,wy2,3,18,BR) # LOSBUDE lx,ly = 340,345 pyxel.rect(lx,ly,55,32,WH); pyxel.rectb(lx,ly,55,32,OR) pyxel.rect(lx,ly-14,55,14,OR) for i in range(0,55,10): pyxel.rect(lx+i,ly-14,5,14,YL) pyxel.text(lx+6,ly+5,"LOSE!",RD) pyxel.text(lx+6,ly+16,"Gl.rad",GY) # VIELE LUFTBALLONS überall auf der Wiese lobby_balloons = [ (18, 400, RD), (38, 370, YL), (58, 410, BL), (140, 390, OR), (160, 365, PK), (310, 385, LG), (330, 360, PU), (350, 395, RD), (460, 375, YL), (480, 400, BL), (500, 360, OR), (100, 430, PK), (200, 420, LG), (400, 425, PU), (255, 150, RD), (270, 130, YL), (240, 145, BL), ] for bx,by,bc in lobby_balloons: ox = int(math.sin(FC()*0.03+bx*0.07)*4) oy = int(math.cos(FC()*0.04+bx*0.05)*3) _balloon(bx+ox,by+oy,bc) # Leute auf der Wiese lobby_people = [ (20, H-30, YL), (110, H-30, RD), (190, H-30, BL), (370, H-30, OR), (450, H-30, PK), (490, H-30, LG), ] for px2,py2,pc in lobby_people: _person(px2,py2,pc) # LICHTERKETTEN: horizontal oben for i in range(0,W,14): pyxel.circ(i,8+int(math.sin(FC()*0.04+i*0.2)*3),3, FLAG_COLORS[(i//14+FC()//6)%len(FLAG_COLORS)]) pyxel.line(0,8,W,8,GY) # LICHTERKETTEN: zweite Reihe for i in range(0,W,14): pyxel.circ(i,26+int(math.sin(FC()*0.04+i*0.2+1)*3),3, FLAG_COLORS[(i//14+2+FC()//6)%len(FLAG_COLORS)]) pyxel.line(0,26,W,26,GY) # LICHTERKETTEN zwischen den Buden (Bögen) for i in range(len(PORTALS)): p1 = PORTALS[i]; p2 = PORTALS[(i+1)%len(PORTALS)] x1 = p1["x"]+p1["w"]//2; y1 = p1["y"]+p1["h"]//2 x2 = p2["x"]+p2["w"]//2; y2 = p2["y"]+p2["h"]//2 for s in range(18): t = s/18 bx2 = int(x1+(x2-x1)*t) by2 = int(y1+(y2-y1)*t-math.sin(t*math.pi)*40) pyxel.circ(bx2,by2,2,FLAG_COLORS[(s+FC()//8)%len(FLAG_COLORS)]) # Zusätzliche Lichterkette um den Rand for i in range(0,W,16): pyxel.circ(i,H-24+int(math.sin(FC()*0.05+i*0.3)*2),2, FLAG_COLORS[(i//16+FC()//7)%len(FLAG_COLORS)]) for p in PORTALS: _bude(p,self.scores,active=(p is self.ap)) _clown(self.px,self.py) pyxel.rect(0,H-22,W,22,BK) msg = ">>> ENTER: Bude betreten! <<<" if self.ap else "Laufe zu einer Jahrmarktbude!" pyxel.text(W//2-len(msg)*2,H-16,msg,YL if self.ap else WH) pyxel.text(4,H-8,"ESC=Ende",GY) # ── POOL ─────────────────────────────────────────────────────────────────── class WaterGame: def __init__(self): self.px = W//2; self.py = H-40 self.sharks = [] for _ in range(8): dx = random.uniform(2,4) if random.random() < 0.5: dx = -dx self.sharks.append({"x":random.randint(0,W-28), "y":random.randint(-H,-20), "dx":dx, "phase":random.uniform(0,6)}) self.bubbles = [{"x":random.randint(0,W),"y":random.randint(0,H)} for _ in range(30)] self.timer = FPS*22; self.score = 0 def update(self): if pyxel.btn(pyxel.KEY_LEFT) or pyxel.btn(pyxel.KEY_A): self.px -= 3 if pyxel.btn(pyxel.KEY_RIGHT) or pyxel.btn(pyxel.KEY_D): self.px += 3 if pyxel.btn(pyxel.KEY_UP) or pyxel.btn(pyxel.KEY_W): self.py -= 4 else: self.py += 1.4 if pyxel.btnp(pyxel.KEY_UP) or pyxel.btnp(pyxel.KEY_W): pyxel.play(0,SND_SPLASH) self.px = max(0,min(W-14,int(self.px))) self.py = max(0,min(H-14,self.py)) t = self.timer for sh in self.sharks: sp = 1.0+((FPS*22-t)/(FPS*22))*1.5 sh["y"] += 2.2*sp sh["x"] += sh["dx"]+math.sin(t*0.05+sh["phase"])*1.5 if sh["x"] < -28: sh["x"] = -28 if sh["x"] > W: sh["x"] = W if sh["y"] > H: sh["y"] = random.randint(-120,-20) sh["x"] = random.randint(0,W-28) if overlap(int(self.px),int(self.py),14,14,int(sh["x"]),int(sh["y"]),28,12): pyxel.play(0,SND_OVER) return S_OVER,self.score for b in self.bubbles: b["y"] -= 0.6 if b["y"] < 0: b["y"] = H; b["x"] = random.randint(0,W) self.timer -= 1 self.score = (FPS*22-self.timer)//FPS if self.py < 18: pyxel.play(0,SND_WIN) return S_WIN,self.score if self.timer <= 0: pyxel.play(0,SND_OVER) return S_OVER,self.score return S_WATER,self.score def draw(self): pyxel.rect(0,0,W,H,NV) for i in range(H//20): pyxel.rect(0,i*20,W,10,BL if i%2==0 else NV) for b in self.bubbles: pyxel.circb(int(b["x"]),int(b["y"]),3,BL) pyxel.pset(int(b["x"]),int(b["y"]),WH) for i in range(0,W,14): pyxel.rect(i,18+int(math.sin(FC()*0.12+i*0.25)*5),14,12,LG) pyxel.text(W//2-48,4,"~ OBERFLAECHE - ZIEL! ~",WH) for sh in self.sharks: sx,sy = int(sh["x"]),int(sh["y"]) pyxel.rect(sx,sy,28,12,GY) pyxel.tri(sx+20,sy-10,sx+14,sy,sx+24,sy,WH) pyxel.pset(sx+22,sy+5,RD) pyxel.tri(sx,sy+6,sx-8,sy+4,sx-8,sy+10,GY) _clown(int(self.px),int(self.py)) pyxel.rect(0,H-22,W,22,NV) t = self.timer//FPS col = RD if t < 8 else (YL if t < 14 else WH) pyxel.text(4,H-18,f"Zeit:{t}s",col) pyxel.text(80,H-18,f"Punkte:{self.score}",WH) pyxel.text(200,H-18,"W=Schwimmen!",GY) # ── RAKETE ───────────────────────────────────────────────────────────────── class SpaceGame: def __init__(self): self.px = W//2-8; self.py = H-36 self.bullets = []; self.asts = [] self.stars = [] for _ in range(70): self.stars.append({"x":random.randint(0,W),"y":random.randint(0,H),"sp":random.uniform(0.5,1.8)}) self.score = 0; self.lives = 3; self.cd = 0; self.t = 0 def update(self): if pyxel.btn(pyxel.KEY_LEFT) or pyxel.btn(pyxel.KEY_A): self.px -= 3 if pyxel.btn(pyxel.KEY_RIGHT) or pyxel.btn(pyxel.KEY_D): self.px += 3 self.px = max(0,min(W-16,self.px)) self.cd -= 1 fire = pyxel.btn(pyxel.KEY_SPACE) or pyxel.btn(pyxel.KEY_UP) if fire and self.cd <= 0: self.bullets.append({"x":self.px+7,"y":self.py}); self.cd = 7 pyxel.play(0,SND_SHOOT) new_b = [] for b in self.bullets: b["y"] -= 7 if b["y"] > 0: new_b.append(b) self.bullets = new_b for st in self.stars: st["y"] += st["sp"] if st["y"] > H: st["y"] = 0; st["x"] = random.randint(0,W) self.t += 1 if self.t % max(10,32-self.score//2) == 0: self.asts.append({"x":random.randint(0,W-14),"y":-14, "vy":random.uniform(1.8,3.5),"r":random.randint(6,13)}) for a in self.asts: a["y"] += a["vy"] hit_a = set(); hit_b = set() for i,a in enumerate(self.asts): for j,b in enumerate(self.bullets): if overlap(int(b["x"])-2,int(b["y"])-2,4,4, int(a["x"])-a["r"],int(a["y"])-a["r"],a["r"]*2,a["r"]*2): hit_a.add(i); hit_b.add(j); self.score += 1 self.asts = [a for i,a in enumerate(self.asts) if i not in hit_a] self.bullets = [b for i,b in enumerate(self.bullets) if i not in hit_b] if hit_a: pyxel.play(0,SND_HIT) for a in list(self.asts): if overlap(self.px,self.py,16,18, int(a["x"])-a["r"],int(a["y"])-a["r"],a["r"]*2,a["r"]*2): self.lives -= 1; self.asts.remove(a) pyxel.play(0,SND_HURT) if self.lives <= 0: pyxel.play(0,SND_OVER) return S_OVER,self.score break self.asts = [a for a in self.asts if a["y"] < H] if self.score >= 20: pyxel.play(0,SND_WIN) return S_WIN,self.score return S_SPACE,self.score def draw(self): pyxel.rect(0,0,W,H,NV) for st in self.stars: pyxel.pset(int(st["x"]),int(st["y"]),WH if st["sp"] > 1.2 else GY) for a in self.asts: pyxel.circ(int(a["x"]),int(a["y"]),a["r"],BR) pyxel.circb(int(a["x"]),int(a["y"]),a["r"],GY) for b in self.bullets: pyxel.rect(int(b["x"]),int(b["y"]),3,8,YL) x,y = self.px,self.py pyxel.tri(x+8,y,x,y+18,x+16,y+18,BL) pyxel.tri(x+8,y+8,x+4,y+18,x+12,y+18,IN) pyxel.pset(x+8,y+10,WH) if FC()%4 < 2: pyxel.tri(x+5,y+18,x+11,y+18,x+8,y+28,OR) pyxel.rect(0,0,W,18,NV) lives_str = "v" * self.lives pyxel.text(4,5,f"Score:{self.score}/20 Leben:{lives_str} SPC=Feuer",WH) # ── SCHIESSEN ────────────────────────────────────────────────────────────── class DuckGame: def __init__(self): self.bullets = []; self.ducks = [] self.score = 0; self.lives = 5 self.t = 0; self.cd = 0; self.cx = W//2 def update(self): if pyxel.btn(pyxel.KEY_LEFT) or pyxel.btn(pyxel.KEY_A): self.cx = max(20,self.cx-4) if pyxel.btn(pyxel.KEY_RIGHT) or pyxel.btn(pyxel.KEY_D): self.cx = min(W-20,self.cx+4) self.cd -= 1 fire = pyxel.btn(pyxel.KEY_SPACE) or pyxel.btn(pyxel.KEY_UP) if fire and self.cd <= 0: self.bullets.append({"x":self.cx,"y":H-50}); self.cd = 10 pyxel.play(0,SND_SHOOT) new_b = [] for b in self.bullets: b["y"] -= 8 if b["y"] > 0: new_b.append(b) self.bullets = new_b self.t += 1 interval = max(18,55-self.score*2) if self.t % interval == 0: fl = random.random() < 0.5 spd = random.uniform(2,4) self.ducks.append({ "x":-30 if fl else W+10, "y":60+random.randint(0,3)*90, "dx":spd if fl else -spd, "dy":random.uniform(-0.3,0.3), "alive":True,"dead_t":0}) for d in self.ducks: if d["alive"]: d["x"] += d["dx"]; d["y"] += d["dy"] else: d["dead_t"] += 1 for d in list(self.ducks): if not d["alive"]: continue for b in list(self.bullets): if overlap(int(b["x"])-2,int(b["y"])-2,4,4, int(d["x"])-10,int(d["y"])-8,24,16): d["alive"] = False; self.score += 1 pyxel.play(0,SND_HIT) if b in self.bullets: self.bullets.remove(b) break missed = [d for d in self.ducks if d["alive"] and (d["x"] < -60 or d["x"] > W+60)] self.lives -= len(missed) if missed: pyxel.play(0,SND_HURT) self.ducks = [d for d in self.ducks if not (d["alive"] and (d["x"] < -60 or d["x"] > W+60))] self.ducks = [d for d in self.ducks if d["dead_t"] < 15] if self.lives <= 0: pyxel.play(0,SND_OVER) return S_OVER,self.score if self.score >= 15: pyxel.play(0,SND_WIN) return S_WIN,self.score return S_DUCK,self.score def draw(self): pyxel.rect(0,0,W,H,GR); pyxel.rect(0,0,W,50,BL) for i in range(0,W,30): pyxel.circ(i+int(math.sin(FC()*0.02+i)*3),20,10,WH) for xp in [80,200,320,440]: pyxel.circ(xp,130,14,RD); pyxel.circ(xp,130,9,WH); pyxel.circ(xp,130,5,RD) pyxel.rect(0,55,W,8,BR) for row in range(4): pyxel.line(0,60+row*90,W,60+row*90,BR) for d in self.ducks: dx,dy = int(d["x"]),int(d["y"]) if d["alive"]: pyxel.circ(dx,dy,8,YL) hx = dx+(6 if d["dx"] > 0 else -6) pyxel.circ(hx,dy-4,5,OR) bx2 = dx+(8 if d["dx"] > 0 else -12) pyxel.rect(bx2,dy-6,5,3,OR) ex = dx+(7 if d["dx"] > 0 else -5) pyxel.pset(ex,dy-5,BK) else: for ii in range(4): a = ii*math.pi/2+d["dead_t"]*0.2 pyxel.pset(dx+int(math.cos(a)*8),dy+int(math.sin(a)*8),YL) for b in self.bullets: pyxel.rect(int(b["x"])-1,int(b["y"])-4,3,8,WH) pyxel.rect(self.cx-14,H-40,28,28,GY) pyxel.rect(self.cx-3,H-52,6,16,DK) pyxel.rectb(self.cx-14,H-40,28,28,WH) pyxel.rect(0,H-22,W,22,BK) lives_str = "|" * self.lives pyxel.text(4,H-18,f"Score:{self.score}/15 Leben:{lives_str} SPC=Schuss",WH) # ── ZIRKUS ───────────────────────────────────────────────────────────────── class CircusGame: def __init__(self): self.px = W//2-12; self.py = H-50 self.balls = []; self.score = 0; self.lives = 3; self.t = 0 def update(self): if pyxel.btn(pyxel.KEY_LEFT) or pyxel.btn(pyxel.KEY_A): self.px -= 5 if pyxel.btn(pyxel.KEY_RIGHT) or pyxel.btn(pyxel.KEY_D): self.px += 5 self.px = max(0,min(W-28,self.px)) self.t += 1 if self.t % max(18,48-self.score//3) == 0: col = random.choice([RD,YL,BL,OR,PK,LG]) self.balls.append({"x":random.randint(10,W-20),"y":-10, "vy":random.uniform(2,5),"col":col,"good":True}) if self.t % 55 == 0: self.balls.append({"x":random.randint(10,W-20),"y":-10, "vy":random.uniform(2,4),"col":DK,"good":False}) for b in self.balls: b["y"] += b["vy"] missed = [b for b in self.balls if b["y"] > H and b["good"]] self.balls = [b for b in self.balls if b["y"] < H] self.lives -= len(missed) if missed: pyxel.play(0,SND_HURT) for b in list(self.balls): if overlap(self.px,self.py,28,14,int(b["x"])-10,int(b["y"])-10,20,20): if b["good"]: self.score += 1 pyxel.play(0,SND_HIT) else: self.lives -= 1 pyxel.play(0,SND_HURT) self.balls.remove(b) if self.lives <= 0: pyxel.play(0,SND_OVER) return S_OVER,self.score if self.score >= 25: pyxel.play(0,SND_WIN) return S_WIN,self.score return S_CIRCUS,self.score def draw(self): pyxel.rect(0,0,W,H,RD) for i in range(0,W,36): pyxel.rect(i,0,18,H,PK) _flags(8,18) for i,sx in enumerate([80,256,430]): a = math.sin(FC()*0.04+i*2)*0.4 ex = int(sx+math.sin(a)*100) pyxel.line(sx,0,ex,H-60,YL) for b in self.balls: pyxel.circ(int(b["x"]),int(b["y"]),10,b["col"]) pyxel.circb(int(b["x"]),int(b["y"]),10,WH) lbl = "X" if not b["good"] else "o" pyxel.text(int(b["x"])-3,int(b["y"])-3,lbl,WH) pyxel.rect(self.px,self.py,28,14,BR) pyxel.rectb(self.px,self.py,28,14,YL) pyxel.text(self.px+6,self.py+3,"[]",WH) pyxel.rect(0,H-22,W,22,BK) lives_str = "o" * self.lives pyxel.text(4,H-18,f"Score:{self.score}/25 Leben:{lives_str} X=SCHLECHT",WH) # ── GAME CONTROLLER ──────────────────────────────────────────────────────── class Game: def __init__(self): pyxel.init(W,H,title="Jahrmarkt Hub World",fps=FPS) setup_sounds() self.scores = {S_WATER:0,S_SPACE:0,S_DUCK:0,S_CIRCUS:0} self.state = S_INTRO self.scene = Intro() pyxel.run(self.update,self.draw) def _enter(self,sid): self.state = sid if sid == S_INTRO: self.scene = Intro() elif sid == S_LOBBY: self.scene = Lobby(self.scores) elif sid == S_WATER: self.scene = WaterGame() elif sid == S_SPACE: self.scene = SpaceGame() elif sid == S_DUCK: self.scene = DuckGame() elif sid == S_CIRCUS: self.scene = CircusGame() def update(self): if pyxel.btnp(pyxel.KEY_ESCAPE): if self.state != S_LOBBY: self._enter(S_LOBBY) else: pyxel.quit() return if self.state in (S_OVER,S_WIN): if pyxel.btnp(pyxel.KEY_RETURN): self._enter(S_LOBBY) return result = self.scene.update() if isinstance(result,tuple): new_state,score = result self.scores[self.state] = max(self.scores.get(self.state,0),score) if new_state in (S_OVER,S_WIN): self.state = new_state elif new_state != self.state: self._enter(new_state) elif result != self.state: self._enter(result) def draw(self): pyxel.cls(BK) if self.state in (S_OVER,S_WIN): self._drw_end() else: self.scene.draw() def _drw_end(self): win = self.state == S_WIN pyxel.rect(60,160,392,180,NV if win else BK) pyxel.rectb(60,160,392,180,YL if win else RD) pyxel.rect(64,164,384,34,OR if win else RD) for i in range(0,390,26): pyxel.tri(60+i,164,60+i+13,198,60+i+26,164,PK if win else YL) msg = "LEVEL GESCHAFFT!" if win else "GAME OVER" pyxel.text(W//2-(len(msg)*4)//2,170,msg,YL if win else WH) if win: for i in range(8): pyxel.circ(80+i*46,200,5,FLAG_COLORS[i%len(FLAG_COLORS)]) pyxel.text(70,210,"Highscores:",YL) pyxel.text(70,224,f"Pool:{self.scores[S_WATER]} Rakete:{self.scores[S_SPACE]}",WH) pyxel.text(70,238,f"Zirkus:{self.scores[S_CIRCUS]} Schiessen:{self.scores[S_DUCK]}",WH) pyxel.text(70,268,"ENTER: Zurueck zur Lobby",GY) if __name__ == "__main__": Game()