bunkier + strelanie celów
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tymek
parent
df82b85a75
commit
6da624638d
144
statek.py
144
statek.py
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@ -2,6 +2,7 @@ import math
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from tkinter import *
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from tkinter import ttk
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from random import randrange
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import random
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def obroc_prostokat_o_2_stopnie_zg(canvas, element_id):
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@ -96,9 +97,9 @@ def strzal_z_karabinu():
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start_x = cx + dlugosc_lufy * math.cos(kat_myszy)
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start_y = cy + dlugosc_lufy * math.sin(kat_myszy)
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predkosc_karabinu = 12
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dx = predkosc_karabinu * math.cos(kat_myszy)
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dy = predkosc_karabinu * math.sin(kat_myszy)
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predkosc_karabinu = 11
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dx = predkosc_karabinu * math.cos(kat_myszy) + random.uniform(-0.8, 0.8)
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dy = predkosc_karabinu * math.sin(kat_myszy) + random.uniform(-0.8, 0.8)
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r_karabinu = 1
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id_karabinu = canvas.create_oval(start_x - r_karabinu, start_y - r_karabinu, start_x + r_karabinu, start_y + r_karabinu, fill="black", outline="")
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@ -137,41 +138,122 @@ def cele_ruch():
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x1, y1, x2, y2, x3, y3, x4, y4 = canvas.coords(dul)
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celx = int((x1 + x2 + x3 + x4) / 4)
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cely = int((y1 + y2 + y3 + y4) / 4)
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for idx, c in enumerate(cele):
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krok_x = 0
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krok_y = 0
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for idx, c in enumerate(cele):
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dx = celx - c["dul"]["x1"]
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dy = cely - c["dul"]["y1"]
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odleglosc_kwadrat = dx ** 2 + dy ** 2
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if odleglosc_kwadrat > 40000:
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if c.get("omijanie", 0) > 0:
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c["omijanie"] -= 1
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krok_x = c["boczny_x"]
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krok_y = c["boczny_y"]
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canvas.move(c["wieza"]["id"], krok_x, krok_y)
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canvas.move(c["lufa"]["id"], krok_x, krok_y)
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canvas.move(c["dul"]["id"], krok_x, krok_y)
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c["dul"]["x1"] += krok_x
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c["dul"]["x2"] += krok_x
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c["dul"]["y1"] += krok_y
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c["dul"]["y2"] += krok_y
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elif odleglosc_kwadrat > 40000:
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odleglosc = math.sqrt(odleglosc_kwadrat)
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predkosc = 1.0
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krok_x = (dx / odleglosc) * predkosc
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krok_y = (dy / odleglosc) * predkosc
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canvas.move(c["dul"]["id"], krok_x, krok_y)
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c["dul"]["x1"] += krok_x
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c["dul"]["x2"] += krok_x
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c["dul"]["y1"] += krok_y
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c["dul"]["y2"] += krok_y
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canvas.move(c["wieza"]["id"], krok_x, krok_y)
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canvas.move(c["lufa"]["id"], krok_x, krok_y)
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wspol = canvas.coords(c["dul"]["id"])
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if len(wspol) < 8:
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return
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xs = [wspol[i] for i in range(0, len(wspol), 2)]
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ys = [wspol[i] for i in range(1, len(wspol), 2)]
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cx = sum(xs) / len(xs)
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cy = sum(ys) / len(ys)
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promien_czolgu = 18
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for k in kamycki:
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kx_srodek = k["x"] + (k["pr"] / 2)
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ky_srodek = k["y"] + (k["pr"] / 2)
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odleglosc_kamyka = math.sqrt((cx - kx_srodek) ** 2 + (cy - ky_srodek) ** 2)
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min_odleglosc = promien_czolgu + (k["pr"] / 2)
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if odleglosc_kamyka < min_odleglosc:
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nakladanie = min_odleglosc - odleglosc_kamyka
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kat = math.atan2(cy - ky_srodek, cx - kx_srodek)
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odbicie_x = nakladanie * math.cos(kat)
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odbicie_y = nakladanie * math.sin(kat)
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canvas.move(c["dul"]["id"], odbicie_x, odbicie_y)
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canvas.move(c["wieza"]["id"], odbicie_x, odbicie_y)
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canvas.move(c["lufa"]["id"], odbicie_x, odbicie_y)
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c["dul"]["x1"] += odbicie_x
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c["dul"]["x2"] += odbicie_x
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c["dul"]["y1"] += odbicie_y
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c["dul"]["y2"] += odbicie_y
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c["hp"] -= 1
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if randrange(0, 2) == 1:
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c["boczny_x"] = math.sin(kat)
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c["boczny_y"] = -math.cos(kat)
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else:
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c["boczny_x"] = -math.sin(kat)
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c["boczny_y"] = math.cos(kat)
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c["omijanie"] = 35
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break
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c["ip"].place(x=c["dul"]["x1"] + 2.5, y=c["dul"]["y1"] - 10)
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c["ip"]['value'] = c["hp"]
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cx = (c["dul"]["x1"] + c["dul"]["x2"]) / 2
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cy = (c["dul"]["y1"] + c["dul"]["y2"]) / 2
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dlugosc_lufy = c["lufa"]["wiel"]
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dx = celx - cx
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dy = cely - cy
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kat_czolgu = math.atan2(dy, dx)
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dx_celu = celx - cx
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dy_celu = cely - cy
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kat_czolgu = math.atan2(dy_celu, dx_celu)
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lx = cx + dlugosc_lufy * math.cos(kat_czolgu)
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ly = cy + dlugosc_lufy * math.sin(kat_czolgu)
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canvas.coords(c["lufa"]["id"], cx, cy, lx, ly)
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if odleglosc_kwadrat < 160000 and not c["karabiny"]["czyprze"] and c["karabiny"]["mag"] > 0:
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c["karabiny"]["mag"] -= 1
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dlugosc_wylotu = 8
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start_x = cx + dlugosc_wylotu * math.cos(kat_czolgu)
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start_y = cy + dlugosc_wylotu * math.sin(kat_czolgu)
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canvas.move(c["wieza"]["id"],krok_x,krok_y)
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predkosc_karabinu = 11
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bullet_dx = predkosc_karabinu * math.cos(kat_czolgu) + random.uniform(-0.8, 0.8)
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bullet_dy = predkosc_karabinu * math.sin(kat_czolgu) + random.uniform(-0.8, 0.8)
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r_karabinu = 1
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id_karabinu = canvas.create_oval(start_x - r_karabinu, start_y - r_karabinu, start_x + r_karabinu, start_y + r_karabinu, fill="black", outline="")
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karabiny.append({"id": id_karabinu, "dx": bullet_dx, "dy": bullet_dy})
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if c["karabiny"]["mag"] == 0:
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c["karabiny"]["czyprze"] = True
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if c["karabiny"]["czyprze"]:
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c["karabiny"]["prze"] += 1
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if c["karabiny"]["prze"] >= 80:
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c["karabiny"]["czyprze"] = False
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c["karabiny"]["prze"] = 0
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c["karabiny"]["mag"] = 80
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def aktualizuj_karabiny():
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global cele_zniszczone
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global cele_zniszczone, hp, hpbar
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szerokosc_okna = canvas.winfo_width()
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wysokosc_okna = canvas.winfo_height()
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@ -180,7 +262,9 @@ def aktualizuj_karabiny():
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cele_do_usuniecia = []
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for i in range(len(karabiny) - 1, -1, -1):
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p = karabiny[i]
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canvas.move(p["id"], p["dx"], p["dy"])
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dx = p["dx"]
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dy = p["dy"]
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canvas.move(p["id"], dx, dy)
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coords = canvas.coords(p["id"])
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if coords:
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@ -188,7 +272,6 @@ def aktualizuj_karabiny():
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if px < 0 or px > szerokosc_okna or py < 0 or py > wysokosc_okna:
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pociski_do_usuniecia.append(i)
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continue
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for idx, j in enumerate(kamycki):
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if j["x"] <= px <= j["x"] + j["pr"] and j["y"] <= py <= j["y"] + j["pr"]:
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pociski_do_usuniecia.append(i)
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@ -203,6 +286,11 @@ def aktualizuj_karabiny():
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if c["hp"] <= 0:
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cele_do_usuniecia.append(idx)
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break
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wym = canvas.coords(dul)
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if min(wym[0], wym[2], wym[4], wym[6]) < px < max(wym[0], wym[2], wym[4], wym[6]) and min(wym[1], wym[3], wym[5], wym[7]) < py < max(wym[1], wym[3], wym[5], wym[7]):
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hp -= 0.01
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hpile["text"] = str(int(hp))
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hpbar['value'] = hp
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cele_do_usuniecia.sort(reverse=True)
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for idx in cele_do_usuniecia:
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@ -226,9 +314,7 @@ def aktualizuj_karabiny():
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root.after(1000, lambda wid2=wybuch_id2: canvas.delete(wid2))
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root.after(1500, lambda wid3=wybuch_id3: canvas.delete(wid3))
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root.after(3000, lambda wid4=wybuch_id4: canvas.delete(wid4))
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slad_id = canvas.create_rectangle(srodek_x - 15, srodek_y - 10,
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srodek_x + 15, srodek_y + 10,
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fill="black", outline="")
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slad_id = canvas.create_rectangle(srodek_x - 15, srodek_y - 10, srodek_x + 15, srodek_y + 10, fill="black", outline="")
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canvas.tag_lower(slad_id)
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canvas.delete(c["dul"]["id"])
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@ -300,7 +386,7 @@ def misja():
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hp_wrog_id['value'] = 10
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long = randrange(5, 20)
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lufa_id = canvas.create_line(cx + 15, cy + 10, cx + long + 15, cy + 10, width=long / 5)
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cele.append({"dul":{"id": wrog_id, "x1": cx, "y1": cy, "x2": cx + 30, "y2": cy + 20}, "hp": 60, "ip": hp_wrog_id, "lufa": {"id": lufa_id, "x": 0, "y": 0, "wiel": long}})
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cele.append({"dul": {"id": wrog_id, "x1": cx, "y1": cy, "x2": cx + 30, "y2": cy + 20}, "hp": 60, "ip": hp_wrog_id, "lufa": {"id": lufa_id, "x": 0, "y": 0, "wiel": long}, "wieza": {"id": wieza_id, "pro": promien_kola}, "karabiny": {"mag": 80, "prze": 100, "czyprze": False}, "omijanie": 0, "boczny_x": 0.0, "boczny_y": 0.0})
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def aktualizuj_pociski():
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@ -404,7 +490,6 @@ def sprawdz_kolizje_czolgu():
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promien_czolgu = 18
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for k in kamycki:
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kx_srodek = k["x"] + (k["pr"] / 2)
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ky_srodek = k["y"] + (k["pr"] / 2)
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odleglosc = math.sqrt((cx - kx_srodek) ** 2 + (cy - ky_srodek) ** 2)
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@ -680,8 +765,7 @@ for i in range(cel_wymagany):
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promien_kola = long / 2
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wieza_id = canvas.create_oval(cx - promien_kola + 15, cy - promien_kola + 10, cx + promien_kola + 15, cy + promien_kola + 10, fill="red3", outline="black")
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canvas.tag_lower(wieza_id, lufa_id)
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cele.append({"dul": {"id": wrog_id, "x1": cx, "y1": cy, "x2": cx + 30, "y2": cy + 20}, "hp": 60, "ip": hp_wrog_id, "lufa": {"id": lufa_id, "x": 0, "y": 0, "wiel": long},
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"wieza": {"id": wieza_id, "pro": promien_kola}})
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cele.append({"dul": {"id": wrog_id, "x1": cx, "y1": cy, "x2": cx + 30, "y2": cy + 20}, "hp": 60, "ip": hp_wrog_id, "lufa": {"id": lufa_id, "x": 0, "y": 0, "wiel": long}, "wieza": {"id": wieza_id, "pro": promien_kola}, "karabiny": {"mag": 80, "prze": 100, "czyprze": False}, "omijanie": 0, "boczny_x": 0.0, "boczny_y": 0.0})
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kamycki = []
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for i in range(60):
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@ -692,6 +776,24 @@ for i in range(60):
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t = canvas.create_oval(kax, kay, kax + wt, kay + wt, fill=ka, outline="")
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canvas.tag_lower(t)
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kamycki.append({"id": t, "x": kax, "y": kay, "pr": wt})
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x = randrange(0, 1900)
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y = randrange(0, 1000)
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bunkier = []
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for j in range(8):
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for i in range(100):
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bunkier.append([x + (j * 2), y + (i * 2) - 100])
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for i in range(140):
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bunkier.append([x + randrange(-10, 1), y + randrange(-100, 100)])
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for i in range(140):
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bunkier.append([x + randrange(16, 26), y + randrange(-100, 100)])
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for x, y in bunkier:
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ka = "grey" + str(randrange(30, 40))
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wt = 3
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t = canvas.create_oval(x, y, x + wt, y + wt, fill=ka, outline="")
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canvas.tag_lower(t)
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kamycki.append({"id": t, "x": x, "y": y, "pr": wt})
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x = 0
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for i in range(1600):
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trxx = randrange(0, 1900)
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