# Druha domaci uloha z IB111, 2016
#
# Piste co nejprehlednejsi kod, zejmena vhodne pojmenovavejte promenne
#           (za necitelny kod hrozi bodova srazka)
#
# Sve reseni pojmenujte jako "prijmeni_du2.py" a ulozte do prislusne odevzdavarny
#           (bez uvozovek a bez diakritiky)
# --------------------------------------------------------------
# zde muzete definovat pripadne importy

"""
1) [az 11 bodu] Napiste funkci simulujici velmi jednoduchy soubojovy system podobny systemu z RPG her
pravidla jsou nasledujici:
 - boj probiha jako sekvence kol, v kazdem kole utoci hrac (player) na nestvuru (monster)
        (nestvura na hrace nikdy neutoci)
 - sila hracova utoku je vypoctena jako hod 6stennou kostkou + zakladni utok (predavany 1. parametrem)
 - sila obrany nestvury se vypocita jako samotny hod 6stennou kostkou (zadnou zakladni obranu nepricitame)
          !! padne-li (na utok nebo na obranu) sestka, hazi se znovu a hodnoty se pricitaji!! (ukazka: round 13)
 - nestvura ma zadany pocet zivotu (2. parametrem). Klesne-li na/pod nulu, simulace konci 
		!! u nestvury vypiste 0 hitpoints, ne zapornou hodnotu
 - pokud je sila utoku vyssi, nez sila obrany, nestvura ztraci tolik zivotu, kolik je rozdil techto hodnot

 - definujte jeste 3. parametr "output", ktery pokud je roven True, zajisti vypisovani stavu hry:
 - v kazdem kole vypisujte hozene hodnoty hracem (pred pricitanim) a nestvurou
 - pokud byla zranena nestvura, vypiste o kolik a kolik zivotu z kolika ji zbyva
 - na konci vypiste, po kolika kolech simulace skoncila
------------------------------------------------------------------
ukazka: simple_fight(4, 42)
------------------------------------------------------------------
1. round: player throws 3, monster throws 5.
	Monster was hit for 2, remaining 40/42 hitpoints.

2. round: player throws 5, monster throws 3.
	Monster was hit for 6, remaining 34/42 hitpoints.

3. round: player throws 3, monster throws 4.
	Monster was hit for 3, remaining 31/42 hitpoints.

4. round: player throws 3, monster throws 2.
	Monster was hit for 5, remaining 26/42 hitpoints.

5. round: player throws 4, monster throws 5.
	Monster was hit for 3, remaining 23/42 hitpoints.

6. round: player throws 1, monster throws 5.

7. round: player throws 1, monster throws 5.

8. round: player throws 4, monster throws 2.
	Monster was hit for 6, remaining 17/42 hitpoints.

9. round: player throws 3, monster throws 5.
	Monster was hit for 2, remaining 15/42 hitpoints.

10. round: player throws 2, monster throws 1.
	Monster was hit for 5, remaining 10/42 hitpoints.

11. round: player throws 1, monster throws 2.
	Monster was hit for 3, remaining 7/42 hitpoints.

12. round: player throws 2, monster throws 1.
	Monster was hit for 5, remaining 2/42 hitpoints.

13. round: player throws 4, monster throws 8.

14. round: player throws 1, monster throws 2.
	Monster was hit for 3, remaining 0/42 hitpoints.

Game ended in 14. round
"""

def simple_fight(attack, max_hp, output = True):


"""
2) [az 4 body] Napiste funkci, ktera pro 1000 opakovani simulaci z bodu 1) s parametry attack, max_hp
vypocte prumerny pocet kol.
------------------------------------------------------------------
ukazka: simple_fight_stats(4, 42)
------------------------------------------------------------------
For attack 4 and 42 hitpoints, average simulation length is 9.925 rounds.
"""
def simple_fight_stats(attack, max_hp):

"""
Bonus: [az 3 body] upravte program z bodu 1 tak, aby se v pripade opakovani hodu po padnuti sestky
vypisovaly hodnoty jednotlivych hodu oddelenych mezerou. Priklad:

....
13. round: player throws 4, monster throws 6 2.
...
"""