#!/usr/bin/env python3 """ ╔══════════════════════╗ ║ WET FEET ║ ║ Autor: Max Hauliš ║ ╚══════════════════════╝ Pohyb: WASD / šipky Interakce: E nebo klik na zvýrazněný objekt """ import pygame, sys, math, random, colorsys, os from pygame.locals import * pygame.init() pygame.display.set_caption("WET FEET") W, H = 1280, 720 screen = pygame.display.set_mode((W, H)) clock = pygame.time.Clock() FPS = 60 # ─── Fonty ──────────────────────────────────────────────────────────────── def mkfont(size, bold=False): for nm in ("Arial","Helvetica Neue","DejaVu Sans","FreeSans",None): try: return pygame.font.SysFont(nm, size, bold=bold) except Exception: pass return pygame.font.Font(None, size) 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); RD=(190,20,20); BLD=(110,0,0) VDG=(26,28,32); DG=(46,50,56); MG=(85,90,96); LG=(150,155,160) TILE1=(80,84,90); TILE2=(70,74,80); CEIL=(50,54,60) LOCK=(48,52,58); LKHI=(72,78,88); FLUO=(210,220,200) BENCH=(108,96,78); PIPE=(115,128,140); SKIN=(200,160,130) BLOOD=(160,10,10); LEECH=(18,18,20); ELEC=(220,230,255) GORE_TINT=(60,0,0) # ─── Stav hry ───────────────────────────────────────────────────────────── room = 0 # 0-5 completed = set() # dokončené metody TOTAL = 10 state = "playing" # playing | transition | ending trans_phase = 0 # 0=fade_in 1=hold 2=fade_out trans_alpha = 0.0 trans_name = "" trans_count = 0 trans_timer = 0.0 ending_t = 0.0 interact_id = -1 # která metoda běží (-1 = žádná) interact_t = 0.0 # čas v interakci (sec) interact_dur = 0.0 # délka interakce shake_t = 0.0 shake_i = 0.0 cam_bob = 0.0 # kývání kamery při chůzi move_t = 0.0 # pro plynulý pohyb walk_anim = 0.0 # animace chůze gore_flash = 0.0 # červený záblesk # Navigace: pro každou místnost seznam sousedů (forward, back, left, right) # None = zeď NAV = { 0: {"w":2, "s":None, "a":None, "d":1}, # hlavní chodba 1: {"w":0, "s":None, "a":None, "d":None}, # koupelna 2: {"w":4, "s":0, "a":3, "d":None}, # hluboká chodba 3: {"w":None,"s":None,"a":None,"d":2}, # výklenek (vysoušeč) 4: {"w":5, "s":2, "a":None, "d":None}, # sprchy 5: {"w":None,"s":4, "a":None, "d":None}, # místnost personálu } ROOM_NAMES = [ "Šatna - hlavní chodba", "Koupelna", "Šatna - hluboká chodba", "Výklenek", "Sprchy", "Místnost pro personál", ] # Metody: (id, room, name_cz, prompt, gore) METHODS = [ (0, 0, "fén kámo", "fénem si usušit nohy", False), (1, 0, "kapesník", "vzít kapesník", False), (2, 1, "toaleťák", "vzít ruličku", False), (3, 1, "radiátor", "přiložit chodidla", False), (4, 2, "jakobych necítil bolest", "dát nohy do skříňky", True), (5, 2, "výměna kůže", "zvednout střep", True), (6, 3, "vysoušeč rukou (vylepšený)","strčit nohy do vysoušeče", True), (7, 4, "pijavice", "stoupnout na pijavice", True), (8, 5, "mikrovlnka (cože?)", "strčit nohy do mikrovlnky", True), (9, 5, "krvavý odpařovák", "uchopit kabel", True), ] # Interaktivní objekty v místnostech: (method_id, rect, label) # Rect je přibližná plocha na obrazovce pro zvýraznění OBJ_RECTS = { 0: [(0, pygame.Rect(200,230,160,220), "[E] fén"), (1, pygame.Rect(780,380,200, 80), "[E] kapesník")], 1: [(2, pygame.Rect(580,330,120,200), "[E] toaleťák"), (3, pygame.Rect(200,440,200,100), "[E] radiátor")], 2: [(4, pygame.Rect(650,280,170,260), "[E] skříňka"), (5, pygame.Rect(480,500,130, 80), "[E] střep")], 3: [(6, pygame.Rect(490,250,300,260), "[E] vysoušeč")], 4: [(7, pygame.Rect(400,480,480,140), "[E] pijavice")], 5: [(8, pygame.Rect(330,300,250,220), "[E] mikrovlnka"), (9, pygame.Rect(700,520,200, 80), "[E] kabel")], } particles = [] # ─── Pomocné funkce ─────────────────────────────────────────────────────── def lerp(a, b, t): return a + (b - a) * t def clamp(v, lo, hi): return max(lo, min(hi, v)) def draw_text_centered(surf, text, font, color, cx, cy, shadow=True): if shadow: sh = font.render(text, True, (0,0,0)) surf.blit(sh, sh.get_rect(center=(cx+2, cy+2))) tx = font.render(text, True, color) surf.blit(tx, tx.get_rect(center=(cx, cy))) def draw_text(surf, text, font, color, x, y): surf.blit(font.render(text, True, color), (x, y)) def spawn_particles(x, y, color, n=24, spd=4, life=50, sz=(3,8)): for _ in range(n): a = random.uniform(0, 2*math.pi) s = random.uniform(0.4, spd) particles.append({ 'x':x,'y':y, 'vx':math.cos(a)*s,'vy':math.sin(a)*s, 'life':random.randint(life//2,life),'ml':life, 'color':color,'size':random.randint(*sz) }) def update_draw_particles(surf): global particles alive = [] for p in particles: p['x'] += p['vx']; p['y'] += p['vy']; p['vy'] += 0.12 p['life'] -= 1 if p['life'] > 0: a = p['life'] / p['ml'] c = tuple(int(ch*a) for ch in p['color']) r = max(1, int(p['size']*a)) pygame.draw.circle(surf, c, (int(p['x']),int(p['y'])), r) alive.append(p) particles = alive # ─── Rendering místností ────────────────────────────────────────────────── VPX, VPY = W//2, int(H*0.38) def draw_perspective_room(surf, room_id, bob=0.0, flicker=1.0): """Základní vykreslení první osoby pro danou místnost.""" bvp = (VPX, VPY + int(bob * 8)) # --- STROP --- pygame.draw.rect(surf, CEIL, (0, 0, W, bvp[1])) # Zářivky for lx in [W//4, W//2, 3*W//4]: lw = 180; lh = 14 lcolor = tuple(int(c*flicker) for c in FLUO) pygame.draw.rect(surf, lcolor, (lx - lw//2, 8, lw, lh)) # záře glow = pygame.Surface((lw+60, 50), pygame.SRCALPHA) glow_a = int(40 * flicker) pygame.draw.ellipse(glow, (*FLUO, glow_a), (0,0,lw+60,50)) surf.blit(glow, (lx - lw//2 - 30, 0)) # --- PODLAHA (perspektivní dlaždice) --- floor_top = bvp[1] n_rows = 12; n_cols = 10 for r in range(n_rows): t1 = r / n_rows; t2 = (r+1) / n_rows y1 = int(lerp(floor_top, H, t1)) y2 = int(lerp(floor_top, H, t2)) # width expands as we go down spread1 = lerp(0, W, t1) spread2 = lerp(0, W, t2) xl1 = int(W//2 - spread1/2); xr1 = int(W//2 + spread1/2) xl2 = int(W//2 - spread2/2); xr2 = int(W//2 + spread2/2) for c in range(n_cols): tc1 = c/n_cols; tc2 = (c+1)/n_cols x0 = int(lerp(xl1, xr1, tc1)); x1b = int(lerp(xl1, xr1, tc2)) x2b = int(lerp(xl2, xr2, tc2)); x3 = int(lerp(xl2, xr2, tc1)) base_col = TILE1 if (r+c)%2==0 else TILE2 # Lehký mokrý odlesk if r == n_rows-1: wet_factor = 0.85 base_col = tuple(int(v*wet_factor + 30*(1-wet_factor)) for v in base_col) pygame.draw.polygon(surf, base_col, [(x0,y1),(x1b,y1),(x2b,y2),(x3,y2)]) pygame.draw.line(surf, DG, (0, y1), (W, y1), 1) # --- BOČNÍ STĚNY s skříňkami --- _draw_lockers(surf, bvp, room_id, flicker) # --- Specifické objekty místnosti --- _draw_room_objects(surf, room_id, bvp) def _draw_lockers(surf, bvp, room_id, flicker): """Vykreslí skříňkové stěny v perspektivě.""" vpy = bvp[1] n = 7 # počet skříněk na stranu for side in ('L', 'R'): for i in range(n): t1 = i / n; t2 = (i+1) / n # Přední (blízký) okraj skříňky if side == 'L': near_x = 0; far_x = bvp[0] else: near_x = W; far_x = bvp[0] x1 = int(lerp(near_x, far_x, t1)) x2 = int(lerp(near_x, far_x, t2)) y_top1 = int(lerp(0, vpy, t1 * 0.5)) y_top2 = int(lerp(0, vpy, t2 * 0.5)) y_bot1 = int(lerp(H, vpy + (H-vpy)*0.15, t1)) y_bot2 = int(lerp(H, vpy + (H-vpy)*0.15, t2)) shade = 1.0 - t1 * 0.4 c = tuple(int(v * shade) for v in LOCK) pts = [(x1,y_top1),(x2,y_top2),(x2,y_bot2),(x1,y_bot1)] pygame.draw.polygon(surf, c, pts) pygame.draw.polygon(surf, DG, pts, 1) # Klika/logo skříňky if t1 > 0.05: hx = int(lerp(x1,x2,0.5)) hy = int(lerp(y_top1+20, y_bot1-20, 0.6)) hs = max(2, int((1-t1)*10)) handle_c = tuple(int(v*(shade*0.8)) for v in FMET if isinstance(v,int)) if False else MG pygame.draw.circle(surf, MG, (hx,hy), hs) # Otevřená skříňka v místnosti 2 (gore metoda 4) if room_id == 2 and side == 'R' and i == 2 and 4 not in completed: _draw_open_locker(surf, x1, x2, y_top1, y_top2, y_bot1, y_bot2) def _draw_open_locker(surf, x1, x2, yt1, yt2, yb1, yb2): """Otevřená skříňka — tmavý interiér.""" # Interiér (tmavá díra) inner = [(x1+4,yt1+4),(x2-4,yt2+4),(x2-4,yb2-4),(x1+4,yb1-4)] pygame.draw.polygon(surf, VDG, inner) # Dveře (nakloněné) door_pts = [(x1,yt1),(x1-40,yt1+10),(x1-40,yb1-10),(x1,yb1)] pygame.draw.polygon(surf, LOCK, door_pts) pygame.draw.polygon(surf, MG, door_pts, 2) def _draw_room_objects(surf, room_id, bvp): """Vykreslí specifické objekty pro každou místnost.""" vpy = bvp[1] if room_id == 0: # Fén na zdi (vlevo, střed hloubky) if 0 not in completed: _draw_hairdryer(surf, 195, 295) # Lavička s krabičkou kapesníků _draw_bench(surf, 680, vpy + int((H - vpy)*0.55)) if 1 not in completed: _draw_tissuebox(surf, 820, vpy + int((H-vpy)*0.35)) # Jmenovka místnosti _draw_room_sign(surf, "ŠATNA A") elif room_id == 1: # Toaletní papír v záchodovém boxu _draw_wc_stall(surf, bvp) if 2 not in completed: _draw_toiletpaper(surf, 622, 450) # Radiátor pod lavičkou _draw_bench(surf, 150, vpy + int((H-vpy)*0.55)) if 3 not in completed: _draw_radiator(surf, 170, vpy + int((H-vpy)*0.62)) _draw_room_sign(surf, "KOUPELNA") elif room_id == 2: # Skleněný střep na podlaze if 5 not in completed: _draw_shard(surf, 530, 540) # Lavičky _draw_bench(surf, 600, vpy + int((H-vpy)*0.58)) _draw_room_sign(surf, "ŠATNA B") elif room_id == 3: # Vysoušeč rukou na stěně (velký, v centru) if 6 not in completed: _draw_hand_dryer(surf, W//2 - 150, 220) _draw_room_sign(surf, "VÝKLENEK") elif room_id == 4: # Sprchové kouty v pozadí _draw_shower_stalls(surf, bvp) # Pijavice na podlaze if 7 not in completed: _draw_leeches(surf, W//2, H - 80) _draw_room_sign(surf, "SPRCHY") elif room_id == 5: # Pult s mikrovlnkou _draw_counter(surf, bvp) if 8 not in completed: _draw_microwave(surf, 390, 310) # Kabel na podlaze if 9 not in completed: _draw_cable(surf, 740, 540) _draw_room_sign(surf, "PERSONÁL") # ─── Objekty ───────────────────────────────────────────────────────────── def _draw_hairdryer(surf, x, y): # Tělo fénu pygame.draw.rect(surf, DG, (x, y, 80, 120), border_radius=8) pygame.draw.rect(surf, MG, (x, y, 80, 120), 2, border_radius=8) # Tryska pygame.draw.rect(surf, DG, (x+80, y+40, 40, 40)) pygame.draw.rect(surf, MG, (x+80, y+40, 40, 40), 2) # LED kontrolka pygame.draw.circle(surf, (80,220,80), (x+20, y+20), 6) # Mřížka for i in range(3): pygame.draw.line(surf, MG, (x+10, y+60+i*15), (x+70, y+60+i*15), 1) def _draw_tissuebox(surf, x, y): w, h = 130, 60 pygame.draw.rect(surf, (210,210,200), (x, y, w, h), border_radius=5) pygame.draw.rect(surf, LG, (x, y, w, h), 2, border_radius=5) # Logo pygame.draw.ellipse(surf, WT, (x+45, y+8, 40, 20)) # Kapesník trčí ven pygame.draw.rect(surf, WT, (x+55, y-10, 20, 20)) def _draw_bench(surf, x, y): bw = 300; bh = 30 pygame.draw.rect(surf, BENCH, (x, y, bw, bh), border_radius=3) pygame.draw.rect(surf, (80,70,55), (x, y, bw, bh), 2, border_radius=3) # Nohy for lx in [x+20, x+bw-30]: pygame.draw.rect(surf, (75,65,50), (lx, y+bh, 20, 50)) def _draw_toiletpaper(surf, x, y): pygame.draw.circle(surf, WT, (x, y), 35) pygame.draw.circle(surf, LG, (x, y), 35, 2) pygame.draw.circle(surf, CEIL, (x, y), 12) # Přeložení papíru pygame.draw.arc(surf, LG, (x-35,y-35,70,70), 0.3, 1.2, 3) def _draw_radiator(surf, x, y): rw, rh = 200, 80 pygame.draw.rect(surf, (140,150,160), (x, y, rw, rh), border_radius=4) pygame.draw.rect(surf, PIPE, (x, y, rw, rh), 2, border_radius=4) for i in range(8): lx = x + 15 + i * 22 pygame.draw.line(surf, PIPE, (lx, y+8), (lx, y+rh-8), 6) def _draw_wc_stall(surf, bvp): # Záchodová kabinka v pozadí vpy = bvp[1] door_x = 560; door_y = int(vpy + (H-vpy)*0.05) door_h = int((H - door_y) * 0.85) door_w = 130 pygame.draw.rect(surf, DG, (door_x, door_y, door_w, door_h)) pygame.draw.rect(surf, MG, (door_x, door_y, door_w, door_h), 3) # Klika pygame.draw.circle(surf, LG, (door_x + door_w - 15, door_y + door_h//2), 7) def _draw_shard(surf, x, y): # Ostrý střep skla pts = [(x, y-25),(x+18, y-5),(x+10, y+8),(x-8, y+10),(x-20, y-8)] pygame.draw.polygon(surf, (180,210,230), pts) pygame.draw.polygon(surf, WT, pts, 2) # Odlesk pygame.draw.line(surf, WT, (x-5, y-18), (x+8, y-2), 3) def _draw_hand_dryer(surf, x, y): # Velký průmyslový vysoušeč rukou w, h = 300, 240 pygame.draw.rect(surf, DG, (x, y, w, h), border_radius=14) pygame.draw.rect(surf, MG, (x, y, w, h), 3, border_radius=14) # Logo / displej pygame.draw.rect(surf, VDG, (x+30, y+30, w-60, 60), border_radius=5) # Sensor LED pygame.draw.circle(surf, RD, (x+w//2, y+110), 10) # Výfuk dole pygame.draw.rect(surf, VDG, (x+80, y+h-40, w-160, 30), border_radius=3) # Nápis lbl = FS.render("DYSON AIR", True, LG) surf.blit(lbl, (x + w//2 - lbl.get_width()//2, y + 50)) def _draw_shower_stalls(surf, bvp): vpy = bvp[1] for i, sx in enumerate([200, 550, 860]): # Sprchový kout sy = int(vpy + (H-vpy)*0.05) sw = 180; sh = int((H - sy)*0.85) shade = 0.7 - i*0.08 c = tuple(int(v*shade) for v in DG) pygame.draw.rect(surf, c, (sx, sy, sw, sh)) pygame.draw.rect(surf, MG, (sx, sy, sw, sh), 2) # Sprchová hlavice pygame.draw.circle(surf, MG, (sx+sw//2, sy+30), 20) pygame.draw.circle(surf, PIPE, (sx+sw//2, sy+30), 16) def _draw_leeches(surf, cx, cy): # Hromada pijavic random.seed(42) for _ in range(60): lx = cx + random.randint(-200, 200) ly = cy + random.randint(-40, 40) lw = random.randint(20, 50) lh = random.randint(8, 16) angle = random.uniform(-0.5, 0.5) lsurf = pygame.Surface((lw, lh), pygame.SRCALPHA) pygame.draw.ellipse(lsurf, LEECH, (0,0,lw,lh)) # Wiggle (jemný, klidný) rot = pygame.transform.rotate(lsurf, math.degrees(angle)) surf.blit(rot, (lx - rot.get_width()//2, ly - rot.get_height()//2)) random.seed() def _draw_counter(surf, bvp): vpy = bvp[1] y = int(vpy + (H-vpy)*0.5) pygame.draw.rect(surf, (60,62,68), (100, y, W-200, 30)) pygame.draw.rect(surf, MG, (100, y, W-200, 30), 2) # Přední panel pultu pygame.draw.rect(surf, DG, (100, y+30, W-200, 100)) pygame.draw.rect(surf, MG, (100, y+30, W-200, 100), 2) def _draw_microwave(surf, x, y): w, h = 250, 190 pygame.draw.rect(surf, DG, (x, y, w, h), border_radius=8) pygame.draw.rect(surf, MG, (x, y, w, h), 3, border_radius=8) # Okénko pygame.draw.rect(surf, VDG, (x+15, y+20, w-90, h-50), border_radius=5) pygame.draw.rect(surf, MG, (x+15, y+20, w-90, h-50), 2, border_radius=5) # Ovládací panel pygame.draw.rect(surf, (30,32,38), (x+w-65, y+15, 55, h-30), border_radius=5) # Displej pygame.draw.rect(surf, (0,60,0), (x+w-60, y+20, 46, 22)) disp = FS.render("00:00", True, (0,200,0)) surf.blit(disp, (x+w-58, y+22)) # Tlačítka for bi in range(3): for bj in range(3): pygame.draw.rect(surf, MG, (x+w-58+bj*16, y+50+bi*14, 12, 10), border_radius=2) def _draw_cable(surf, x, y): # Elektrický kabel na podlaze — kroutí se pts = [] for i in range(20): t = i / 19.0 cx2 = x + int((t-0.5)*220) + int(math.sin(t*math.pi*4)*20) cy2 = y + int(t*30) pts.append((cx2, cy2)) if len(pts) > 1: pygame.draw.lines(surf, (30,30,35), False, pts, 8) pygame.draw.lines(surf, (50,50,60), False, pts, 4) # Konektor (oranžový = pod proudem) pygame.draw.circle(surf, (220,120,20), pts[-1], 10) pygame.draw.circle(surf, (255,180,50), pts[-1], 6) def _draw_room_sign(surf, name): lbl = FS.render(name, True, (80,85,90)) surf.blit(lbl, (W - lbl.get_width() - 20, 20)) # ─── Navigační šipky ───────────────────────────────────────────────────── NAV_ARROWS = { "w": pygame.Rect(W//2-40, H-130, 80, 60), "s": pygame.Rect(W//2-40, H-60, 80, 60), "a": pygame.Rect(W//2-130,H-95, 80, 60), "d": pygame.Rect(W//2+50, H-95, 80, 60), } ARROW_LABELS = {"w":"↑","s":"↓","a":"←","d":"→"} def draw_nav_arrows(surf, room_id): nav = NAV[room_id] for key, rect in NAV_ARROWS.items(): if nav.get(key) is not None: c = (70,75,82) pygame.draw.rect(surf, c, rect, border_radius=6) pygame.draw.rect(surf, MG, rect, 2, border_radius=6) lbl = FM.render(ARROW_LABELS[key], True, LG) surf.blit(lbl, lbl.get_rect(center=rect.center)) # ─── Interakce (animace) ────────────────────────────────────────────────── def draw_interaction(surf, mid, t): """Vykreslí close-up scénu interakce pro metodu mid, t = čas v sec.""" surf.fill(VDG) if mid == 0: _interact_hairdryer(surf, t) elif mid == 1: _interact_tissue(surf, t) elif mid == 2: _interact_toiletpaper(surf, t) elif mid == 3: _interact_radiator(surf, t) elif mid == 4: _interact_locker(surf, t) elif mid == 5: _interact_shard(surf, t) elif mid == 6: _interact_handdryer(surf, t) elif mid == 7: _interact_leeches(surf, t) elif mid == 8: _interact_microwave(surf, t) elif mid == 9: _interact_cable(surf, t) # Progress indikátor _draw_progress_bar(surf, t, interact_dur) def _draw_feet(surf, x, y, dry=False, gore=0): """Vykreslí chodidla z první osoby (pohled dolu).""" fc = SKIN if not dry else (180, 140, 100) if gore == 1: fc = (160, 60, 60) elif gore == 2: fc = (100, 80, 70) elif gore == 3: fc = (40, 30, 25) for side, ox in [("L",-130), ("R", 60)]: bx = x + ox # Chodidlo pts = [(bx, y),(bx+80, y-20),(bx+90, y+40),(bx, y+60),(bx-10, y+30)] pygame.draw.polygon(surf, fc, pts) pygame.draw.polygon(surf, tuple(max(0,c-30) for c in fc), pts, 2) # Prsty for i in range(5): tx = bx + i*16; ty = y - 15 - max(0,(2-abs(i-2))*8) r = 8 - abs(i-2) pygame.draw.circle(surf, fc, (tx, ty), r) # Mokrá aura if not dry and gore == 0: for ox in [-130, 60]: bx = x + ox + 40 pygame.draw.ellipse(surf, (80,100,160,80), pygame.Rect(bx-50, y+50, 100, 20)) def _draw_progress_bar(surf, t, dur): if dur <= 0: return prog = clamp(t / dur, 0, 1) bx, by, bw, bh = 40, H-35, W-80, 12 pygame.draw.rect(surf, DG, (bx,by,bw,bh), border_radius=6) pygame.draw.rect(surf, LG, (bx,by,int(bw*prog),bh), border_radius=6) # — Konkrétní interakce — def _interact_hairdryer(surf, t): # Zoom na fén scale = clamp(1.0 + t*0.3, 1.0, 1.6) # Fén close-up cx, cy = W//2 - 60, H//2 - 60 pygame.draw.rect(surf, DG, (cx,cy,120,180), border_radius=10) pygame.draw.rect(surf, MG, (cx,cy,120,180), 3, border_radius=10) pygame.draw.rect(surf, DG, (cx+120,cy+60,60,60)) pygame.draw.rect(surf, MG, (cx+120,cy+60,60,60), 2) # Teplý vzduch (vlny) if t > 0.5: for i in range(5): ax = cx + 185 + int(t*20 + i*15) ay = cy + 80 + i*8 wave_a = max(0, 200 - int((t*20 + i*15)*8)) pygame.draw.arc(surf, (220,160,80,wave_a), pygame.Rect(ax,ay,40,30), 0, math.pi, 3) # Chodidla dole _draw_feet(surf, W//2, H-180, dry=t>3.0) # Popisek if t < 1.0: lbl = FM.render("ZAPÍNÁM FÉN...", True, LG) surf.blit(lbl, lbl.get_rect(center=(W//2, 60))) def _interact_tissue(surf, t): # Krabička kapesníků kx, ky = W//2 - 80, H//2 - 100 pygame.draw.rect(surf, (210,210,200), (kx,ky,160,80), border_radius=6) pygame.draw.rect(surf, LG, (kx,ky,160,80), 2, border_radius=6) pygame.draw.rect(surf, WT, (kx+60,ky-20,40,30)) if t > 0.8: # Kapesník v ruce hx, hy = W//2 - 30, H//2 pygame.draw.rect(surf, WT, (hx, hy, 60, 80), border_radius=5) pygame.draw.rect(surf, LG, (hx, hy, 60, 80), 1, border_radius=5) _draw_feet(surf, W//2, H-160, dry=t>3.5) if t < 1.0: lbl = FM.render("BERU KAPESNÍK...", True, LG) surf.blit(lbl, lbl.get_rect(center=(W//2, 60))) def _interact_toiletpaper(surf, t): # Omotávání nohama cx, cy = W//2, H//2 - 40 # Rulička pygame.draw.circle(surf, WT, (cx, cy), 50) pygame.draw.circle(surf, LG, (cx, cy), 50, 2) pygame.draw.circle(surf, CEIL, (cx, cy), 18) # Papír se odvíjí paper_len = clamp(int(t * 80), 0, 300) if paper_len > 0: pygame.draw.rect(surf, WT, (cx+50, cy-10, paper_len, 20)) # Chodidla s papírovým obalem wrap = clamp(t / 2.0, 0, 1) _draw_feet(surf, W//2, H-160, dry=wrap > 0.7) if t < 1.0: lbl = FM.render("OMOTÁVÁM NOHY...", True, LG) surf.blit(lbl, lbl.get_rect(center=(W//2, 60))) def _interact_radiator(surf, t): # Radiátor close-up + pára rx, ry = W//2 - 150, H//2 - 30 pygame.draw.rect(surf, (140,150,160), (rx,ry,300,100), border_radius=5) pygame.draw.rect(surf, PIPE, (rx,ry,300,100), 3, border_radius=5) for i in range(10): lx = rx + 20 + i*26 pygame.draw.line(surf, PIPE, (lx,ry+10),(lx,ry+90), 8) # Pára při kontaktu if t > 0.5: for i in range(4): sx = rx + 40 + i*60 sy = ry - int(t*15) - 30 pulse = 0.5 + 0.5*math.sin(t*3 + i) steam_a = int(80*pulse) for s in range(3): steam_y = sy - s*20 pygame.draw.circle(surf, tuple(min(255,v) for v in (180,190,200)), (sx + int(math.sin(t+i+s)*8), steam_y), 10-s*2) _draw_feet(surf, W//2, H-140, dry=t>4.0) if t < 1.0: lbl = FM.render("PŘIKLÁDÁM CHODIDLA...", True, LG) surf.blit(lbl, lbl.get_rect(center=(W//2, 60))) def _interact_locker(surf, t): # GORE: skříňka + mlácení global gore_flash # Skříňka lx, ly = W//2 - 100, 100 lw, lh = 200, 400 pygame.draw.rect(surf, LOCK, (lx,ly,lw,lh), border_radius=5) pygame.draw.rect(surf, MG, (lx,ly,lw,lh), 3, border_radius=5) # Dveře bouchají slam_phase = t % 0.8 door_angle = 0 if slam_phase < 0.3 and t > 0.5: door_angle = slam_phase / 0.3 * 40 door_pts = [ (lx, ly), (lx - int(40 * math.cos(math.radians(door_angle))), ly + int(40*math.sin(math.radians(door_angle)))), (lx - int(40 * math.cos(math.radians(door_angle))), ly + lh + int(40*math.sin(math.radians(door_angle)))), (lx, ly + lh) ] pygame.draw.polygon(surf, LKHI, door_pts) pygame.draw.polygon(surf, MG, door_pts, 2) # Krev se šíří blood_amount = clamp(int((t-1.0) * 60), 0, 200) for i in range(blood_amount): random.seed(i*7+13) bx2 = lx + random.randint(-50, lw+50) by2 = ly + lh - random.randint(0, 150) pygame.draw.circle(surf, BLOOD, (bx2, by2), random.randint(2,8)) random.seed() # Gore záblesky if t > 1.0 and int(t*4) % 2 == 0: gore_flash = 0.5 # Nohy (po 3s odpadnou) if t < 3.5: _draw_feet(surf, W//2+80, H-140, gore=1) else: # Odříznuté nohy na zemi _draw_feet(surf, W//2, H-100, gore=2) lbl = FM.render("...UTÍRÁM SI JE O VLASY...", True, RD) surf.blit(lbl, lbl.get_rect(center=(W//2, 80))) spawn_particles(lx, ly+lh, BLOOD, n=3, spd=3, life=25) update_draw_particles(surf) def _interact_shard(surf, t): # GORE: střep + řezání # Střep v ruce close-up sx, sy = W//2 - 20, H//2 - 100 pts = [(sx,sy-60),(sx+40,sy-15),(sx+25,sy+20),(sx-20,sy+25),(sx-45,sy-20)] pygame.draw.polygon(surf, (180,215,235), pts) pygame.draw.polygon(surf, WT, pts, 2) pygame.draw.line(surf, WT, (sx-10,sy-45),(sx+15,sy-5), 3) # Řez probíhá pomalu cut_prog = clamp((t-0.5)/5.0, 0, 1) if cut_prog > 0: # Krvavá linie na chodidle for i in range(int(cut_prog*10)): cx2 = W//2 - 130 + i * 22 pygame.draw.circle(surf, BLOOD, (cx2, H-165), 5) gore_level = 1 if t < 3.0 else 2 _draw_feet(surf, W//2, H-140, gore=gore_level) # Krvavé kapky if t > 1.0: spawn_particles(W//2-60, H-170, BLOOD, n=2, spd=2, life=30) update_draw_particles(surf) if t < 1.0: lbl = FM.render("BERU STŘEP...", True, LG) surf.blit(lbl, lbl.get_rect(center=(W//2, 60))) elif t > 3.0: lbl = FM.render("POD KŮŽÍ JE TO... SUCHÉ.", True, RD) surf.blit(lbl, lbl.get_rect(center=(W//2, 60))) def _interact_handdryer(surf, t): # GORE: lis drtí nohy dx, dy = W//2 - 150, 80 dw, dh = 300, 240 # Vysoušeč se mění na lis if t < 2.0: pygame.draw.rect(surf, DG, (dx,dy,dw,dh), border_radius=14) pygame.draw.rect(surf, MG, (dx,dy,dw,dh), 3, border_radius=14) lbl = FM.render("NORMÁLNÍ VYSOUŠEČ...", True, LG) surf.blit(lbl, lbl.get_rect(center=(W//2, 50))) else: # LIS se spouští press_down = clamp((t-2.0)/2.0, 0, 1) press_y = int(dy + dh + press_down * 200) pygame.draw.rect(surf, (100,30,30), (dx, press_y-20, dw, 40)) pygame.draw.rect(surf, RD, (dx, press_y-20, dw, 40), 3) lbl = FM.render("— LIS —", True, RD) surf.blit(lbl, lbl.get_rect(center=(W//2, 50))) if press_down > 0.5: spawn_particles(W//2, press_y, BLOOD, n=4, spd=5, life=40) gore_lv = 0 if t < 2 else (1 if t < 3 else 3) _draw_feet(surf, W//2, H-140, gore=gore_lv) update_draw_particles(surf) def _interact_leeches(surf, t): # Pijavice sají # Podlaha sprchy pygame.draw.rect(surf, (65,68,74), (0, H//2, W, H//2)) pygame.draw.rect(surf, (55,58,64), (0, H//2, W, 5)) # Animované pijavice n_leeches = 80 for i in range(n_leeches): random.seed(i*11+7) lx2 = W//2 + random.randint(-280, 280) ly2 = H-100 + random.randint(-30, 30) wiggle = math.sin(t*4 + i*0.5) * 5 lw2 = random.randint(25, 55) lsurf = pygame.Surface((lw2, 14), pygame.SRCALPHA) pygame.draw.ellipse(lsurf, LEECH, (0,0,lw2,14)) # Pijavice se plní krví (červená) fill = clamp(t/5.0, 0, 1) fill_c = tuple(int(lerp(20,120,fill)) for _ in range(3)) fill_c = (int(lerp(20,120,fill)), 0, 0) pygame.draw.ellipse(lsurf, fill_c, (2,2,lw2-4,10)) surf.blit(lsurf, (int(lx2 + wiggle), int(ly2))) random.seed() gore_lv = 0 if t < 1 else (1 if t < 4 else 2) _draw_feet(surf, W//2, H-100, gore=gore_lv) if t > 4.0: lbl = FM.render("ZBYLY JEN ŠLACHY...", True, RD) surf.blit(lbl, lbl.get_rect(center=(W//2, 60))) def _interact_microwave(surf, t): # Mikrovlnka close-up mx, my = W//2 - 160, 100 mw, mh = 320, 240 pygame.draw.rect(surf, DG, (mx,my,mw,mh), border_radius=8) pygame.draw.rect(surf, MG, (mx,my,mw,mh), 3, border_radius=8) # Okénko pygame.draw.rect(surf, VDG, (mx+15,my+20,mw-90,mh-50), border_radius=5) # Vnitřní záře s praskáním if t > 1.5: glow_i = 0.5 + 0.5*math.sin(t*15) glow_c = (int(220*glow_i), int(100*glow_i), 0) pygame.draw.rect(surf, glow_c, (mx+20,my+25,mw-100,mh-60)) # Jiskry if int(t*10)%3==0: for _ in range(3): sx2 = mx + 20 + random.randint(0, mw-100) sy2 = my + 25 + random.randint(0, mh-60) pygame.draw.circle(surf, WT, (sx2,sy2), random.randint(2,5)) # Dveře se otevřou na konci if t > 5.5: pygame.draw.rect(surf, LOCK, (mx-60, my, 55, mh)) pygame.draw.rect(surf, MG, (mx-60, my, 55, mh), 2) gore_lv = 0 if t < 1.5 else (1 if t < 3 else 3) _draw_feet(surf, W//2, H-140, gore=gore_lv) update_draw_particles(surf) if t > 3.0: spawn_particles(W//2, H-160, (150,80,30), n=2, spd=1, life=60, sz=(4,12)) if t < 1.5: lbl = FM.render("PLNÝ VÝKON...", True, LG) surf.blit(lbl, lbl.get_rect(center=(W//2, 50))) elif t > 4.5: lbl = FM.render("KŘUPAVĚ SUCHÉ.", True, RD) surf.blit(lbl, lbl.get_rect(center=(W//2, 50))) def _interact_cable(surf, t): # Elektrický kabel + výboj # Kabel pts2 = [] for i in range(20): ti = i/19.0 cx2 = W//2 + int((ti-0.5)*250) + int(math.sin(ti*math.pi*3 + t*2)*15) cy2 = H//2 + int(ti*80) pts2.append((cx2,cy2)) if len(pts2) > 1: pygame.draw.lines(surf, (30,30,38), False, pts2, 10) pygame.draw.lines(surf, (60,60,70), False, pts2, 5) pygame.draw.circle(surf, (220,120,20), pts2[-1], 14) if t > 1.5: # VÝBOJ zap_t = (t - 1.5) if zap_t < 0.5: # Bílý záblesk + elektrický oblouk flash_a = int(255 * (1 - zap_t/0.5)) flash_surf = pygame.Surface((W,H)) flash_surf.fill(ELEC) flash_surf.set_alpha(flash_a) surf.blit(flash_surf, (0,0)) # Blesk for _ in range(8): ax = W//2 + random.randint(-150,150) ay = H//2 + random.randint(-100,100) pygame.draw.line(surf, ELEC, (W//2, H//2), (ax,ay), random.randint(1,4)) elif zap_t < 2.5: # Krvavý kouř spawn_particles(W//2, H-150, BLOOD, n=3, spd=2, life=80, sz=(6,18)) spawn_particles(W//2, H-150, (40,30,25), n=2, spd=1, life=100, sz=(8,20)) update_draw_particles(surf) gore_lv = 0 if t < 1.5 else 3 _draw_feet(surf, W//2, H-140, gore=gore_lv) if t < 1.0: lbl = FM.render("PŘIKLÁDÁM KABEL K NOHÁM...", True, LG) surf.blit(lbl, lbl.get_rect(center=(W//2, 60))) elif t > 2.5: lbl = FM.render("VODA SE V MŽIKU VYPAŘÍ.", True, ELEC) surf.blit(lbl, lbl.get_rect(center=(W//2, 60))) # Délky interakcí INTERACT_DURATIONS = [4.5, 4.0, 5.0, 5.0, 6.0, 6.0, 6.0, 7.0, 7.0, 5.5] # ─── Overlay: přechod (černá obrazovka) ─────────────────────────────────── def draw_transition_overlay(surf, alpha, count, name): overlay = pygame.Surface((W, H)) overlay.fill(BK) overlay.set_alpha(int(clamp(alpha, 0, 255))) surf.blit(overlay, (0,0)) if alpha > 200: counter_txt = FC.render(f"{count}/{TOTAL} -{name}-", True, WT) surf.blit(counter_txt, counter_txt.get_rect(center=(W//2, H//2))) # ─── Ending: rainbow disco ───────────────────────────────────────────────── def draw_ending(surf, t): # Blikající duhová barva pozadí hue = (t * 0.15) % 1.0 r,g,b = colorsys.hsv_to_rgb(hue, 0.95, 1.0) bg_color = (int(r*255), int(g*255), int(b*255)) surf.fill(bg_color) # Blikající bloky for i in range(0, W, 80): for j in range(0, H, 80): bh2 = (i/W + j/H + t*0.3) % 1.0 br,bg2,bb = colorsys.hsv_to_rgb(bh2, 1.0, 1.0) bc = (int(br*255), int(bg2*255), int(bb*255)) if int((i//80 + j//80 + int(t*8))) % 2 == 0: pygame.draw.rect(surf, bc, (i,j,80,80)) # Hlavní text th2 = (t * 0.4 + 0.3) % 1.0 tr,tg,tb = colorsys.hsv_to_rgb(th2, 1.0, 1.0) tc = (int(tr*255), int(tg*255), int(tb*255)) scale = 1.0 + math.sin(t*6)*0.08 win_surf = FH.render("JÓOO VYHRÁL JSI!!!", True, tc) # Stín sh_surf = FH.render("JÓOO VYHRÁL JSI!!!", True, BK) surf.blit(sh_surf, sh_surf.get_rect(center=(W//2+4, H//2-80+4))) surf.blit(win_surf, win_surf.get_rect(center=(W//2, H//2-80))) # 10/10 score_h = (t*0.5+0.6)%1.0 sr,sg2,sb = colorsys.hsv_to_rgb(score_h,1.0,1.0) score_c = (int(sr*255),int(sg2*255),int(sb*255)) score_surf = FB.render("10 / 10", True, score_c) surf.blit(score_surf, score_surf.get_rect(center=(W//2, H//2+20))) # Autor auth_surf = FM.render("tuto hru vymyslel Max Hauliš", True, WT) surf.blit(auth_surf, auth_surf.get_rect(center=(W//2, H//2+100))) # ESC esc_surf = FS.render("[ESC] Ukončit", True, (200,200,200)) surf.blit(esc_surf, (W-180, H-30)) # ─── HUD ────────────────────────────────────────────────────────────────── def draw_hud(surf, room_id): # Counter vlevo nahoře count_txt = FC.render(f"{len(completed)}/{TOTAL}", True, LG) surf.blit(count_txt, (18, 18)) # Hover objekt mx, my = pygame.mouse.get_pos() hovered = None for (mid, rect, label) in OBJ_RECTS.get(room_id, []): if mid not in completed and rect.collidepoint(mx, my): hovered = (mid, rect, label) if hovered: mid, rect, label = hovered # Zvýraznění objektu highlight = pygame.Surface((rect.w, rect.h), pygame.SRCALPHA) highlight.fill((255,255,200,30)) surf.blit(highlight, rect.topleft) pygame.draw.rect(surf, (220,220,150), rect, 2, border_radius=4) # Prompt prompt_txt = FM.render(f"[E] {label}", True, WT) surf.blit(prompt_txt, prompt_txt.get_rect(center=(W//2, H-170))) # Název místnosti dole room_lbl = FS.render(ROOM_NAMES[room_id], True, (70,74,80)) surf.blit(room_lbl, (18, H-30)) # ─── Hlavní smyčka ──────────────────────────────────────────────────────── def start_interaction(mid): global state, interact_id, interact_t, interact_dur state = "interacting" interact_id = mid interact_t = 0.0 interact_dur = INTERACT_DURATIONS[mid] def finish_interaction(): global state, completed, trans_phase, trans_alpha, trans_name, trans_count global trans_timer completed.add(interact_id) trans_count = len(completed) trans_name = METHODS[interact_id][2] trans_phase = 0 trans_alpha = 0.0 trans_timer = 0.0 state = "transition" def get_hovered_method(): mx, my = pygame.mouse.get_pos() for (mid, rect, label) in OBJ_RECTS.get(room, []): if mid not in completed and rect.collidepoint(mx, my): return mid return None def main(): global state, room, trans_phase, trans_alpha, trans_timer, trans_count, trans_name global interact_t, interact_id, interact_dur, ending_t, cam_bob, walk_anim global gore_flash flicker_timer = 0.0 flicker_val = 1.0 running = True while running: dt = clock.tick(FPS) / 1000.0 dt = min(dt, 0.05) # cap # ── Eventy ── for event in pygame.event.get(): if event.type == QUIT: running = False if event.type == KEYDOWN: if event.key == K_ESCAPE: running = False if state == "playing": # Navigace key_map = {K_w:"w", K_UP:"w", K_s:"s", K_DOWN:"s", K_a:"a", K_LEFT:"a", K_d:"d", K_RIGHT:"d"} if event.key in key_map: direction = key_map[event.key] next_room = NAV[room].get(direction) if next_room is not None: room = next_room walk_anim = 0.3 # Interakce klávesou E if event.key == K_e: hov = get_hovered_method() if hov is not None: start_interaction(hov) if event.type == MOUSEBUTTONDOWN and event.button == 1: if state == "playing": hov = get_hovered_method() if hov is not None: start_interaction(hov) # Navigační šipky for key, rect in NAV_ARROWS.items(): if rect.collidepoint(event.pos): next_room = NAV[room].get(key) if next_room is not None: room = next_room walk_anim = 0.3 # ── Update ── if state == "playing": walk_anim = max(0, walk_anim - dt*2) cam_bob = math.sin(walk_anim * math.pi * 6) * walk_anim flicker_timer -= dt if flicker_timer <= 0: flicker_timer = random.uniform(0.1, 3.0) if random.random() < 0.15: flicker_val = random.uniform(0.3, 0.8) else: flicker_val = 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: finish_interaction() elif state == "transition": trans_timer += dt FADE_DUR = 0.7 HOLD_DUR = 2.5 FADE_OUT = 0.7 if trans_phase == 0: # fade to black trans_alpha = clamp(trans_timer / FADE_DUR * 255, 0, 255) if trans_timer >= FADE_DUR: trans_phase = 1; trans_timer = 0.0 elif trans_phase == 1: # hold trans_alpha = 255 if trans_timer >= HOLD_DUR: trans_phase = 2; trans_timer = 0.0 # Check if it was the last method if trans_count >= TOTAL: state = "ending"; ending_t = 0.0; continue elif trans_phase == 2: # fade back trans_alpha = clamp((1 - trans_timer / FADE_OUT) * 255, 0, 255) if trans_timer >= FADE_OUT: trans_alpha = 0; state = "playing" elif state == "ending": ending_t += dt # ── Draw ── screen.fill(VDG) if state in ("playing", "transition"): flicker = lerp(flicker_val, 1.0, 0.9) draw_perspective_room(screen, room, cam_bob, flicker) draw_nav_arrows(screen, room) draw_hud(screen, room) # Gore červený tint if gore_flash > 0: tint = pygame.Surface((W,H)) tint.fill(GORE_TINT) tint.set_alpha(int(gore_flash * 120)) screen.blit(tint, (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_overlay(screen, trans_alpha, trans_count, trans_name) # Title na začátku if state == "playing" and len(completed) == 0: hint = FS.render("Najdi způsob, jak si usušit nohy. WASD pro pohyb, E / klik pro interakci.", True, (80,85,92)) screen.blit(hint, hint.get_rect(center=(W//2, H-12))) pygame.display.flip() pygame.quit() sys.exit() if __name__ == "__main__": main()