#!/usr/bin/env python3 """ ╔══════════════════════════╗ ║ WET FEET 3D ║ ║ Raycaster Edition ║ ║ Autor: Max Hauliš ║ ╚══════════════════════════╝ WASD = pohyb Myš = otáčení E = interakce ESC = konec """ import pygame, sys, math, random, colorsys from pygame.locals import * pygame.init() W, H = 1280, 720 screen = pygame.display.set_mode((W, H)) pygame.display.set_caption("WET FEET 3D") clock = pygame.time.Clock() FPS = 60 # Vnitřní rozlišení raycastereru (škálujeme 2x nahoru = výkon) RW, RH = 640, 360 rsurf = pygame.Surface((RW, RH)) # ─── Fonty ─────────────────────────────────────────────────────────────── def mkfont(sz, bold=False): for nm in ("Arial", "DejaVu Sans", None): try: return pygame.font.SysFont(nm, sz, bold=bold) except: pass return pygame.font.Font(None, sz) FH = mkfont(86, True) FB = mkfont(54, True) FM = mkfont(32) FS = mkfont(22) FC = mkfont(28, True) # ─── Barvy ─────────────────────────────────────────────────────────────── BK=(0,0,0); WT=(255,255,255); LG=(150,155,160); RD=(180,20,20) BLOOD=(110,0,0); GORE_C=(60,0,0); ELEC=(200,210,255) CEIL_TOP=(30,32,38); CEIL_BOT=(48,52,60) FLOOR_TOP=(60,64,72); FLOOR_BOT=(85,90,98) # Barvy stěn: (světlá strana, tmavá strana) WALL_COLS = { 1: ((62,66,74), (44,47,54)), # locker 2: ((78,82,90), (58,62,70)), # koupelna/sprchy 3: ((38,40,46), (26,28,33)), # beton/vnější zeď } # ─── MAPA ──────────────────────────────────────────────────────────────── # 0=volno 1=skříňky 2=koupelna 3=beton RAW_MAP = [ "3333333333333333333333333", "3000000000000000000000003", "3010101010101010101010103", "3000000000000000000000003", "3010100000000000001010103", "3000002220000022200000003", "3010100200000002000010103", "3000002220000022200000003", "3010100000000000001010103", "3000000000000000000000003", "3010101010101010101010103", "3000000000000000000000003", "3333333333333333333333333", ] MAP = [[int(c) for c in row] for row in RAW_MAP] MAP_H = len(MAP) MAP_W = len(MAP[0]) def cell(x, y): mx, my = int(x), int(y) if mx < 0 or mx >= MAP_W or my < 0 or my >= MAP_H: return 3 return MAP[my][mx] def walkable(x, y): return cell(x, y) == 0 # ─── HRÁČ ──────────────────────────────────────────────────────────────── class Player: def __init__(self): self.x = 3.5 self.y = 6.0 self.angle = 0.0 self.speed = 3.5 self.bob_t = 0.0 self.bob = 0.0 self.moved = False def update(self, dt, keys): dx = dy = 0.0 if keys[K_w] or keys[K_UP]: dx += math.cos(self.angle) * self.speed * dt dy += math.sin(self.angle) * self.speed * dt if keys[K_s] or keys[K_DOWN]: dx -= math.cos(self.angle) * self.speed * dt dy -= math.sin(self.angle) * self.speed * dt if keys[K_a]: dx += math.cos(self.angle - math.pi/2) * self.speed * dt dy += math.sin(self.angle - math.pi/2) * self.speed * dt if keys[K_d]: dx += math.cos(self.angle + math.pi/2) * self.speed * dt dy += math.sin(self.angle + math.pi/2) * self.speed * dt margin = 0.25 if walkable(self.x + dx, self.y): self.x += dx if walkable(self.x, self.y + dy): self.y += dy self.moved = abs(dx) > 0.001 or abs(dy) > 0.001 if self.moved: self.bob_t += dt * 7 self.bob = math.sin(self.bob_t) * 0.045 else: self.bob *= 0.85 def rotate(self, delta_rad): self.angle = (self.angle + delta_rad) % (2 * math.pi) player = Player() # ─── RAYCASTER (DDA) ────────────────────────────────────────────────────── FOV = math.pi / 2.8 # ~64° HALF_FOV = FOV / 2.0 MAX_DIST = 18.0 def cast_ray(px, py, angle): """ DDA algoritmus. Vrátí (kolmá_vzdálenost, typ_stěny, strana 0=NS 1=EW). """ rdx = math.cos(angle) rdy = math.sin(angle) mx = int(px) my = int(py) ddx = abs(1.0 / rdx) if rdx != 0 else 1e30 ddy = abs(1.0 / rdy) if rdy != 0 else 1e30 if rdx < 0: sx = -1; sdx = (px - mx) * ddx else: sx = 1; sdx = (mx + 1.0 - px) * ddx if rdy < 0: sy = -1; sdy = (py - my) * ddy else: sy = 1; sdy = (my + 1.0 - py) * ddy side = 0 wt = 0 for _ in range(64): if sdx < sdy: sdx += ddx; mx += sx; side = 0 else: sdy += ddy; my += sy; side = 1 wt = cell(mx, my) if wt > 0: break else: return MAX_DIST, 3, 0 dist = (sdx - ddx) if side == 0 else (sdy - ddy) return max(0.05, dist), wt, side def render_scene(surf, px, py, angle, bob): sw, sh = surf.get_size() half_h = sh // 2 bob_px = int(bob * sh) # ── Strop (gradient) ── for y in range(half_h + bob_px): t = y / half_h r = int(CEIL_TOP[0] + (CEIL_BOT[0]-CEIL_TOP[0])*t) g = int(CEIL_TOP[1] + (CEIL_BOT[1]-CEIL_TOP[1])*t) b = int(CEIL_TOP[2] + (CEIL_BOT[2]-CEIL_TOP[2])*t) pygame.draw.line(surf, (r,g,b), (0,y), (sw,y)) # ── Podlaha (gradient) ── for y in range(half_h + bob_px, sh): t = (y - half_h) / half_h r = int(FLOOR_TOP[0] + (FLOOR_BOT[0]-FLOOR_TOP[0])*t) g = int(FLOOR_TOP[1] + (FLOOR_BOT[1]-FLOOR_TOP[1])*t) b = int(FLOOR_TOP[2] + (FLOOR_BOT[2]-FLOOR_TOP[2])*t) pygame.draw.line(surf, (r,g,b), (0,y), (sw,y)) # ── Zářivky na stropě ── for lx in (sw//5, sw//2, 4*sw//5): pygame.draw.rect(surf, (175,190,170), (lx-35, 1, 70, 5)) glow_surf = pygame.Surface((90, 30), pygame.SRCALPHA) for gy in range(30): a = max(0, 35 - gy*2) pygame.draw.line(glow_surf, (190,210,185,a), (0,gy),(90,gy)) surf.blit(glow_surf, (lx-45, 0)) # ── Stěny ── n_cols = sw zbuf = [MAX_DIST] * n_cols for i in range(n_cols): ray_angle = angle - HALF_FOV + FOV * i / n_cols dist, wt, side = cast_ray(px, py, ray_angle) zbuf[i] = dist wall_h = min(sh * 2, int(sh / (dist + 1e-5))) wall_top = half_h - wall_h // 2 + bob_px wall_bot = wall_top + wall_h bright, dark = WALL_COLS.get(wt, WALL_COLS[3]) base = bright if side == 0 else dark shade = max(0.1, 1.0 - dist / MAX_DIST) col = tuple(int(c * shade) for c in base) # Locker seams — tmavé linky každých N pixelů if wt == 1 and dist < 8: seam_freq = max(4, int(wall_h / 4)) col_in_wall = int((ray_angle % (math.pi*2)) * 50) % seam_freq if col_in_wall < 2: col = tuple(max(0, c - 18) for c in col) # Tile pattern (koupelna) elif wt == 2 and dist < 8: tile = int((ray_angle % (math.pi*2)) * 30) % 8 if tile < 1: col = tuple(min(255, c + 12) for c in col) pygame.draw.line(surf, col, (i, wall_top), (i, wall_bot)) return zbuf # ─── SPRITY ─────────────────────────────────────────────────────────────── # (id, world_x, world_y, barva, label) SPRITE_DEFS = [ (0, 4.5, 1.5, (55,90,115), "FÉN"), (1, 16.5, 1.5, (200,200,185),"KAPESNÍK"), (2, 12.5, 5.5, (225,225,215),"TOALEŤÁK"), (3, 4.5, 10.5, (115,125,138),"RADIÁTOR"), (4, 20.5, 3.0, (48,50,58), "SKŘÍŇKA"), (5, 12.5, 9.5, (175,208,228),"STŘEP"), (6, 7.5, 6.0, (65,72,84), "VYSOUŠEČ"), (7, 17.5, 6.0, (16,16,18), "PIJAVICE"), (8, 21.5, 6.0, (48,50,58), "MIKROVLNKA"), (9, 17.5, 9.5, (28,28,36), "KABEL"), ] INTERACT_DIST = 1.8 def render_sprites(surf, px, py, angle, zbuf, completed): sw, sh = surf.get_size() half_h = sh // 2 items = [] for (mid, sx, sy, col, lbl) in SPRITE_DEFS: if mid in completed: continue dx = sx - px; dy = sy - py dist = math.hypot(dx, dy) if dist < 0.2: continue spr_angle = math.atan2(dy, dx) diff = spr_angle - angle while diff > math.pi: diff -= 2*math.pi while diff < -math.pi: diff += 2*math.pi if abs(diff) > HALF_FOV * 1.3: continue items.append((dist, mid, sx, sy, col, lbl, diff)) items.sort(reverse=True) # back-to-front for dist, mid, sx, sy, col, lbl, diff in items: screen_cx = int((0.5 + diff / FOV) * sw) spr_h = min(sh, int(sh / (dist + 1e-5))) spr_w = spr_h // 2 top_y = half_h - spr_h // 2 shade = max(0.15, 1.0 - dist / MAX_DIST) dcol = tuple(int(c * shade) for c in col) # Vykreslení sloupce po sloupci s z-testem x0 = max(0, screen_cx - spr_w // 2) x1 = min(sw, screen_cx + spr_w // 2) for x in range(x0, x1): if zbuf[x] > dist: pygame.draw.line(surf, dcol, (x, top_y), (x, top_y + spr_h)) # Prompt [E] pokud dost blízko if dist < INTERACT_DIST * 1.3: bright = min(255, int(shade * 320)) tcol = (bright, bright, bright) t = FS.render(f"[E] {lbl}", True, tcol) surf.blit(t, t.get_rect(center=(screen_cx, top_y - 14))) # ─── MINIMAP ───────────────────────────────────────────────────────────── def draw_minimap(surf, px, py, angle, completed): cs = 8 # cell size in pixels ox, oy = 10, 10 for my in range(MAP_H): for mx in range(MAP_W): v = MAP[my][mx] c = {0:(35,38,44), 1:(55,60,70), 2:(65,70,80), 3:(20,22,26)}.get(v,(0,0,0)) pygame.draw.rect(surf, c, (ox+mx*cs, oy+my*cs, cs-1, cs-1)) # Sprity for (mid, sx, sy, col, lbl) in SPRITE_DEFS: if mid not in completed: pygame.draw.circle(surf, col, (int(ox+sx*cs), int(oy+sy*cs)), 3) # Hráč px_s = int(ox + px*cs); py_s = int(oy + py*cs) pygame.draw.circle(surf, (255,220,100), (px_s, py_s), 4) ex = int(px_s + math.cos(angle)*10) ey = int(py_s + math.sin(angle)*10) pygame.draw.line(surf, (255,220,100), (px_s,py_s), (ex,ey), 2) # ─── STAV HRY ──────────────────────────────────────────────────────────── completed = set() TOTAL = 10 state = "playing" # playing | interacting | transition | ending interact_id = -1 interact_t = 0.0 interact_dur= 0.0 trans_phase = 0 trans_alpha = 0.0 trans_timer = 0.0 trans_name = "" trans_count = 0 ending_t = 0.0 gore_flash = 0.0 particles = [] hovered_id = -1 INTERACT_DURATIONS = [4.5, 4.0, 5.0, 5.0, 6.0, 6.0, 6.0, 7.0, 7.0, 5.5] METHODS_NAMES = [ "fén kámo", "kapesník", "toaleťák", "radiátor", "jakobych necítil bolest", "výměna kůže", "vysoušeč rukou (vylepšený)", "pijavice", "mikrovlnka (cože?)", "krvavý odpařovák", ] # ─── PARTIKULKY ────────────────────────────────────────────────────────── def spawn_p(x, y, col, n=20, spd=3, life=45, sz=(3,8)): for _ in range(n): a = random.uniform(0, 2*math.pi) s = random.uniform(0.4, spd) particles.append([x, y, math.cos(a)*s, math.sin(a)*s, random.randint(life//2,life), life, col, random.randint(*sz)]) def upd_p(surf): global particles keep = [] for p in particles: p[0]+=p[2]; p[1]+=p[3]; p[3]+=0.12; p[4]-=1 if p[4]>0: a=p[4]/p[5] c=tuple(int(v*a) for v in p[6]) r=max(1,int(p[7]*a)) pygame.draw.circle(surf,c,(int(p[0]),int(p[1])),r) keep.append(p) particles[:]=keep # ─── POMOCNÉ ───────────────────────────────────────────────────────────── def lerp(a,b,t): return a+(b-a)*t def clamp(v,lo,hi): return max(lo,min(hi,v)) def draw_feet(surf, x, y, dry=False, gore=0): skin = (195,155,125) if not dry else (170,130,95) if gore==1: skin=(155,55,55) elif gore==2: skin=(95,75,65) elif gore==3: skin=(35,25,20) for ox in (-125, 55): bx=x+ox pts=[(bx,y),(bx+78,y-18),(bx+88,y+38),(bx,y+58),(bx-10,y+28)] pygame.draw.polygon(surf,skin,pts) pygame.draw.polygon(surf,tuple(max(0,c-30) for c in skin),pts,2) for i in range(5): tx=bx+i*15; ty=y-12-max(0,(2-abs(i-2))*7) pygame.draw.circle(surf,skin,(tx,ty),7-abs(i-2)) def draw_prog(surf, t, dur): if dur<=0: return p=clamp(t/dur,0,1) bx,by,bw,bh=40,H-35,W-80,12 pygame.draw.rect(surf,(40,44,50),(bx,by,bw,bh),border_radius=6) pygame.draw.rect(surf,(140,148,158),(bx,by,int(bw*p),bh),border_radius=6) # ─── INTERAKCE (close-up sekvence) ─────────────────────────────────────── def draw_interaction(surf, mid, t): surf.fill((28,30,36)) if mid==0: _i_hairdryer(surf,t) elif mid==1: _i_tissue(surf,t) elif mid==2: _i_toiletpaper(surf,t) elif mid==3: _i_radiator(surf,t) elif mid==4: _i_locker(surf,t) elif mid==5: _i_shard(surf,t) elif mid==6: _i_handdryer(surf,t) elif mid==7: _i_leeches(surf,t) elif mid==8: _i_microwave(surf,t) elif mid==9: _i_cable(surf,t) draw_prog(surf,t,interact_dur) def _i_hairdryer(surf,t): cx,cy=W//2-60,H//2-60 pygame.draw.rect(surf,(46,50,58),(cx,cy,120,180),border_radius=10) pygame.draw.rect(surf,(90,95,102),(cx,cy,120,180),3,border_radius=10) pygame.draw.rect(surf,(46,50,58),(cx+120,cy+60,60,60)) pygame.draw.rect(surf,(90,95,102),(cx+120,cy+60,60,60),2) pygame.draw.circle(surf,(60,210,60),(cx+20,cy+20),6) if t>0.5: for i in range(5): ax=cx+188+int(t*18+i*14) ay=cy+78+i*7 pygame.draw.arc(surf,(210,150,70),(ax,ay,38,28),0,math.pi,3) draw_feet(surf,W//2,H-180,dry=t>3.2) if t<1: s=FM.render("ZAPÍNÁM FÉN...",True,(150,155,162)) surf.blit(s,s.get_rect(center=(W//2,55))) def _i_tissue(surf,t): kx,ky=W//2-80,H//2-90 pygame.draw.rect(surf,(205,205,195),(kx,ky,160,78),border_radius=6) pygame.draw.rect(surf,(155,158,162),(kx,ky,160,78),2,border_radius=6) pygame.draw.rect(surf,(240,240,235),(kx+60,ky-18,40,28)) if t>0.8: hx,hy=W//2-28,H//2 pygame.draw.rect(surf,(240,240,235),(hx,hy,58,78),border_radius=5) draw_feet(surf,W//2,H-162,dry=t>3.2) if t<1: s=FM.render("BERU KAPESNÍK...",True,(150,155,162)) surf.blit(s,s.get_rect(center=(W//2,55))) def _i_toiletpaper(surf,t): cx,cy=W//2,H//2-40 pygame.draw.circle(surf,(238,238,232),(cx,cy),50) pygame.draw.circle(surf,(160,162,165),(cx,cy),50,2) pygame.draw.circle(surf,(48,52,60),(cx,cy),18) pl=clamp(int(t*75),0,280) if pl>0: pygame.draw.rect(surf,(238,238,232),(cx+50,cy-10,pl,20)) draw_feet(surf,W//2,H-162,dry=t>3.8) if t<1: s=FM.render("OMOTÁVÁM NOHY...",True,(150,155,162)) surf.blit(s,s.get_rect(center=(W//2,55))) def _i_radiator(surf,t): rx,ry=W//2-150,H//2-30 pygame.draw.rect(surf,(135,145,158),(rx,ry,300,100),border_radius=5) pygame.draw.rect(surf,(115,128,142),(rx,ry,300,100),3,border_radius=5) for i in range(10): lx=rx+20+i*26 pygame.draw.line(surf,(110,122,136),(lx,ry+10),(lx,ry+90),8) if t>0.5: for i in range(4): sx=rx+38+i*58 sy=ry-int(t*12)-28 pulse=0.5+0.5*math.sin(t*3+i) for s in range(3): pygame.draw.circle(surf,(175,185,195),(sx+int(math.sin(t+i+s)*8),sy-s*18),9-s*2) draw_feet(surf,W//2,H-142,dry=t>4.0) if t<1: s=FM.render("PŘIKLÁDÁM CHODIDLA...",True,(150,155,162)) surf.blit(s,s.get_rect(center=(W//2,55))) def _i_locker(surf,t): global gore_flash lx,ly=W//2-100,95; lw,lh=200,400 pygame.draw.rect(surf,(48,52,60),(lx,ly,lw,lh),border_radius=5) pygame.draw.rect(surf,(88,94,102),(lx,ly,lw,lh),3,border_radius=5) slam=(t%0.8) if slam<0.3 and t>0.5: da=slam/0.3*38 door=[ (lx,ly), (lx-int(38*math.cos(math.radians(da))),ly+int(38*math.sin(math.radians(da)))), (lx-int(38*math.cos(math.radians(da))),ly+lh+int(38*math.sin(math.radians(da)))), (lx,ly+lh) ] pygame.draw.polygon(surf,(68,74,84),door) pygame.draw.polygon(surf,(90,96,104),door,2) ba=clamp(int((t-1.0)*55),0,180) for i in range(ba): random.seed(i*7+13) bx=lx+random.randint(-48,lw+48) by=ly+lh-random.randint(0,145) pygame.draw.circle(surf,BLOOD,(bx,by),random.randint(2,8)) random.seed() if t>1.0 and int(t*4)%2==0: gore_flash=0.6 if t<3.5: draw_feet(surf,W//2+80,H-142,gore=1) else: draw_feet(surf,W//2,H-100,gore=2) s=FM.render("...UTÍRÁM SI JE O VLASY...",True,RD) surf.blit(s,s.get_rect(center=(W//2,75))) spawn_p(lx,ly+lh,BLOOD,n=3,spd=3,life=25) upd_p(surf) def _i_shard(surf,t): sx,sy=W//2-18,H//2-95 pts=[(sx,sy-58),(sx+38,sy-14),(sx+24,sy+18),(sx-18,sy+24),(sx-43,sy-18)] pygame.draw.polygon(surf,(175,210,232),pts) pygame.draw.polygon(surf,(230,240,248),pts,2) pygame.draw.line(surf,(240,248,255),(sx-8,sy-42),(sx+14,sy-4),3) cp=clamp((t-0.5)/5.0,0,1) if cp>0: for i in range(int(cp*10)): pygame.draw.circle(surf,BLOOD,(W//2-128+i*22,H-168),5) gore=1 if t<3 else 2 draw_feet(surf,W//2,H-142,gore=gore) if t>1.0: spawn_p(W//2-58,H-172,BLOOD,n=2,spd=2,life=30) upd_p(surf) if t>3.2: s=FM.render("POD KŮŽÍ JE TO... SUCHÉ.",True,RD) surf.blit(s,s.get_rect(center=(W//2,58))) def _i_handdryer(surf,t): dx,dy_=W//2-150,75; dw,dh=300,240 if t<2.0: pygame.draw.rect(surf,(46,50,58),(dx,dy_,dw,dh),border_radius=14) pygame.draw.rect(surf,(90,96,104),(dx,dy_,dw,dh),3,border_radius=14) pygame.draw.rect(surf,(28,30,36),(dx+28,dy_+28,dw-58,58),border_radius=5) pygame.draw.circle(surf,RD,(dx+dw//2,dy_+108),10) s=FM.render("NORMÁLNÍ VYSOUŠEČ...",True,(150,155,162)) surf.blit(s,s.get_rect(center=(W//2,45))) else: pd=clamp((t-2.0)/2.0,0,1) py_=int(dy_+dh+pd*195) pygame.draw.rect(surf,(105,28,28),(dx,py_-18,dw,38)) pygame.draw.rect(surf,RD,(dx,py_-18,dw,38),3) if pd>0.5: spawn_p(W//2,py_,BLOOD,n=4,spd=5,life=40) s=FM.render("— LIS —",True,RD) surf.blit(s,s.get_rect(center=(W//2,45))) gore=0 if t<2 else (1 if t<3 else 3) draw_feet(surf,W//2,H-142,gore=gore) upd_p(surf) def _i_leeches(surf,t): pygame.draw.rect(surf,(62,66,74),(0,H//2,W,H//2)) pygame.draw.rect(surf,(52,56,62),(0,H//2,W,5)) for i in range(80): random.seed(i*11+7) lx=W//2+random.randint(-275,275) ly=H-102+random.randint(-28,28) wig=math.sin(t*4+i*0.5)*5 lw=random.randint(24,54); lh=14 ls=pygame.Surface((lw,lh),pygame.SRCALPHA) fill=clamp(t/5.0,0,1) pygame.draw.ellipse(ls,(18,18,20),(0,0,lw,lh)) fc=int(lerp(18,115,fill)) pygame.draw.ellipse(ls,(fc,0,0),(2,2,lw-4,10)) surf.blit(ls,(int(lx+wig),ly)) random.seed() gore=0 if t<1 else (1 if t<4 else 2) draw_feet(surf,W//2,H-102,gore=gore) if t>4.2: s=FM.render("ZBYLY JEN ŠLACHY...",True,RD) surf.blit(s,s.get_rect(center=(W//2,58))) def _i_microwave(surf,t): mx,my_=W//2-160,95; mw,mh=320,240 pygame.draw.rect(surf,(46,50,58),(mx,my_,mw,mh),border_radius=8) pygame.draw.rect(surf,(90,96,104),(mx,my_,mw,mh),3,border_radius=8) pygame.draw.rect(surf,(26,28,34),(mx+14,my_+18,mw-88,mh-48),border_radius=5) if t>1.5: gi=0.5+0.5*math.sin(t*14) glow=(int(215*gi),int(95*gi),0) pygame.draw.rect(surf,glow,(mx+18,my_+22,mw-92,mh-52)) if int(t*10)%3==0: for _ in range(3): sx=mx+20+random.randint(0,mw-95) sy2=my_+22+random.randint(0,mh-55) pygame.draw.circle(surf,(235,240,245),(sx,sy2),random.randint(2,5)) if t>5.5: pygame.draw.rect(surf,(46,50,58),(mx-58,my_,54,mh)) pygame.draw.rect(surf,(90,96,104),(mx-58,my_,54,mh),2) gore=0 if t<1.5 else (1 if t<3 else 3) draw_feet(surf,W//2,H-142,gore=gore) if t>3: spawn_p(W//2,H-162,(145,75,28),n=2,spd=1,life=62,sz=(4,12)) upd_p(surf) if t<1.5: s=FM.render("PLNÝ VÝKON...",True,(150,155,162)) surf.blit(s,s.get_rect(center=(W//2,48))) elif t>5.0: s=FM.render("KŘUPAVĚ SUCHÉ.",True,RD) surf.blit(s,s.get_rect(center=(W//2,48))) def _i_cable(surf,t): pts2=[] for i in range(20): ti=i/19.0 cx=W//2+int((ti-0.5)*245)+int(math.sin(ti*math.pi*3+t*2)*14) cy=H//2+int(ti*78) pts2.append((cx,cy)) if len(pts2)>1: pygame.draw.lines(surf,(28,28,36),False,pts2,10) pygame.draw.lines(surf,(55,55,65),False,pts2,5) pygame.draw.circle(surf,(215,115,18),pts2[-1],14) if t>1.5: zt=t-1.5 if zt<0.5: fa=int(255*(1-zt/0.5)) fs=pygame.Surface((W,H)); fs.fill(ELEC); fs.set_alpha(fa) surf.blit(fs,(0,0)) for _ in range(8): ax=W//2+random.randint(-145,145) ay=H//2+random.randint(-95,95) pygame.draw.line(surf,ELEC,(W//2,H//2),(ax,ay),random.randint(1,4)) elif zt<2.5: spawn_p(W//2,H-152,BLOOD,n=3,spd=2,life=82,sz=(6,18)) spawn_p(W//2,H-152,(38,28,22),n=2,spd=1,life=105,sz=(8,20)) upd_p(surf) gore=0 if t<1.5 else 3 draw_feet(surf,W//2,H-142,gore=gore) if t<1.0: s=FM.render("PŘIKLÁDÁM KABEL K NOHÁM...",True,(150,155,162)) surf.blit(s,s.get_rect(center=(W//2,58))) elif t>2.5: s=FM.render("VODA SE V MŽIKU VYPAŘÍ.",True,ELEC) surf.blit(s,s.get_rect(center=(W//2,58))) # ─── PŘECHOD ───────────────────────────────────────────────────────────── def draw_transition(surf, alpha, count, name): ov=pygame.Surface((W,H)); ov.fill(BK); ov.set_alpha(int(clamp(alpha,0,255))) surf.blit(ov,(0,0)) if alpha>210: t=FC.render(f"{count}/{TOTAL} -{name}-",True,WT) surf.blit(t,t.get_rect(center=(W//2,H//2))) # ─── ENDING ────────────────────────────────────────────────────────────── def draw_ending(surf, t): hue=(t*0.14)%1.0 r,g,b=colorsys.hsv_to_rgb(hue,0.95,1.0) surf.fill((int(r*255),int(g*255),int(b*255))) for i in range(0,W,80): for j in range(0,H,80): bh=(i/W+j/H+t*0.28)%1.0 br,bg2,bb=colorsys.hsv_to_rgb(bh,1.0,1.0) if int((i//80+j//80+int(t*8)))%2==0: pygame.draw.rect(surf,(int(br*255),int(bg2*255),int(bb*255)),(i,j,80,80)) th=(t*0.38+0.3)%1.0 tr,tg,tb=colorsys.hsv_to_rgb(th,1.0,1.0) tc=(int(tr*255),int(tg*255),int(tb*255)) sh2=FH.render("JÓOO VYHRÁL JSI!!!",True,BK) surf.blit(sh2,sh2.get_rect(center=(W//2+4,H//2-82+4))) wt=FH.render("JÓOO VYHRÁL JSI!!!",True,tc) surf.blit(wt,wt.get_rect(center=(W//2,H//2-82))) sh2=FB.render("10 / 10",True,BK) surf.blit(sh2,sh2.get_rect(center=(W//2+3,H//2+18+3))) sc_h=(t*0.5+0.6)%1.0 sr,sg2,sb=colorsys.hsv_to_rgb(sc_h,1.0,1.0) sc=FB.render("10 / 10",True,(int(sr*255),int(sg2*255),int(sb*255))) surf.blit(sc,sc.get_rect(center=(W//2,H//2+18))) au=FM.render("tuto hru vymyslel Max Hauliš",True,WT) surf.blit(au,au.get_rect(center=(W//2,H//2+98))) es=FS.render("[ESC] Ukončit",True,(200,200,200)) surf.blit(es,(W-182,H-30)) # ─── HUD ───────────────────────────────────────────────────────────────── def draw_hud(surf, completed, hov_id): # Counter ct=FC.render(f"{len(completed)}/{TOTAL}",True,(145,150,158)) surf.blit(ct,(16,16)) # Crosshair cx,cy=W//2,H//2 pygame.draw.line(surf,(200,205,210,180),(cx-12,cy),(cx-4,cy),1) pygame.draw.line(surf,(200,205,210,180),(cx+4,cy),(cx+12,cy),1) pygame.draw.line(surf,(200,205,210,180),(cx,cy-12),(cx,cy-4),1) pygame.draw.line(surf,(200,205,210,180),(cx,cy+4),(cx,cy+12),1) # Prompt pokud hráč kouká na objekt if hov_id >= 0: name = METHODS_NAMES[hov_id] pt = FM.render(f"[E] {name}", True, WT) surf.blit(pt, pt.get_rect(center=(W//2, H - 90))) # ─── DETEKCE INTERAKTIVNÍHO OBJEKTU ────────────────────────────────────── def find_hovered(): """Vrátí id metody pokud hráč stojí blízko a kouká na objekt.""" for (mid, sx, sy, col, lbl) in SPRITE_DEFS: if mid in completed: continue dx = sx - player.x; dy = sy - player.y dist = math.hypot(dx, dy) if dist > INTERACT_DIST: continue # Úhel od hráče k objektu vs směr pohledu obj_angle = math.atan2(dy, dx) diff = obj_angle - player.angle while diff > math.pi: diff -= 2*math.pi while diff < -math.pi: diff += 2*math.pi if abs(diff) < math.pi / 2.5: # v přibližném výhledu return mid return -1 # ─── HERNÍ SMYČKA ──────────────────────────────────────────────────────── def main(): global state, completed, interact_id, interact_t, interact_dur global trans_phase, trans_alpha, trans_timer, trans_name, trans_count global ending_t, gore_flash, hovered_id # Zachytit myš pygame.event.set_grab(True) pygame.mouse.set_visible(False) flicker_v = 1.0 flicker_t = 0.0 while True: dt = min(clock.tick(FPS) / 1000.0, 0.05) # ── Eventy ────────────────────────────────────────────────────── for ev in pygame.event.get(): if ev.type == QUIT: pygame.quit(); sys.exit() if ev.type == KEYDOWN: if ev.key == K_ESCAPE: pygame.event.set_grab(False) pygame.mouse.set_visible(True) pygame.quit(); sys.exit() if state == "playing" and ev.key == K_e: if hovered_id >= 0: interact_id = hovered_id interact_dur = INTERACT_DURATIONS[interact_id] interact_t = 0.0 state = "interacting" if ev.type == MOUSEMOTION and state == "playing": player.rotate(ev.rel[0] * 0.0022) if ev.type == MOUSEBUTTONDOWN and ev.button == 1 and state == "playing": if hovered_id >= 0: interact_id = hovered_id interact_dur = INTERACT_DURATIONS[interact_id] interact_t = 0.0 state = "interacting" # ── Update ────────────────────────────────────────────────────── if state == "playing": keys = pygame.key.get_pressed() player.update(dt, keys) hovered_id = find_hovered() # Blikání světel flicker_t -= dt if flicker_t <= 0: flicker_t = random.uniform(0.08, 3.5) flicker_v = random.uniform(0.35,0.8) if random.random()<0.12 else 1.0 gore_flash = max(0, gore_flash - dt*3) elif state == "interacting": interact_t += dt gore_flash = max(0, gore_flash - dt*2) if interact_t >= interact_dur: # Dokončení metody → přechod completed.add(interact_id) trans_count = len(completed) trans_name = METHODS_NAMES[interact_id] trans_phase = 0 trans_alpha = 0.0 trans_timer = 0.0 state = "transition" elif state == "transition": trans_timer += dt FADE=0.7; HOLD=2.5; FADEBACK=0.7 if trans_phase == 0: trans_alpha = clamp(trans_timer/FADE*255,0,255) if trans_timer >= FADE: trans_phase=1; trans_timer=0.0 elif trans_phase == 1: trans_alpha = 255 if trans_timer >= HOLD: if trans_count >= TOTAL: state="ending"; ending_t=0.0; continue trans_phase=2; trans_timer=0.0 elif trans_phase == 2: trans_alpha = clamp((1-trans_timer/FADEBACK)*255,0,255) if trans_timer >= FADEBACK: trans_alpha=0; state="playing" pygame.event.set_grab(True) pygame.mouse.set_visible(False) elif state == "ending": ending_t += dt # ── Render ────────────────────────────────────────────────────── screen.fill((26,28,34)) if state in ("playing","transition"): # Raycaster na rsurf (640x360), pak scale zbuf = render_scene(rsurf, player.x, player.y, player.angle, player.bob) render_sprites(rsurf, player.x, player.y, player.angle, zbuf, completed) # Blikání světel (tmavý overlay) if flicker_v < 0.98: fov2 = pygame.Surface((RW,RH)); fov2.fill(BK) fov2.set_alpha(int((1.0-flicker_v)*200)) rsurf.blit(fov2,(0,0)) scaled = pygame.transform.scale(rsurf, (W, H)) screen.blit(scaled, (0,0)) # Minimap draw_minimap(screen, player.x, player.y, player.angle, completed) # HUD draw_hud(screen, completed, hovered_id) # Gore červený tint if gore_flash > 0: gt=pygame.Surface((W,H)); gt.fill(GORE_C) gt.set_alpha(int(gore_flash*115)) screen.blit(gt,(0,0)) elif state == "interacting": draw_interaction(screen, interact_id, interact_t) elif state == "ending": draw_ending(screen, ending_t) if state == "transition": draw_transition(screen, trans_alpha, trans_count, trans_name) # Nápověda na začátku if state=="playing" and len(completed)==0: h=FS.render("WASD = pohyb Myš = otáčení E = interakce",True,(75,80,88)) screen.blit(h,h.get_rect(center=(W//2,H-14))) pygame.display.flip() if __name__ == "__main__": main()