from random import randint

class Plante:
    def __init__(self, art, navn, h?yde):
        self._vitenskapelig_navn = art + " " + navn
        self._hoyde = h?yde

    def hent_art(self):
        return self._vitenskapelig_navn.split(" ")[0]

    def hent_h?yde(self):
        return self._hoyde

    def __str__(self):
        return f"{self._vitenskapelig_navn}, {self._hoyde} cm"

    def __eq__(self, annen):
        if annen == None:
            return False
        return self.hent_art() == annen.hent_art()

class Bed:
    def __init__(self, nr):
        self._bednr = nr
        self._bed_art = ""
        self._planter = []

    def gro_plante(self, art, navn, h?yde):
        if self._bed_art == "":
            self._bed_art = art
            self._planter.append(Plante(art, navn, h?yde))
            return True

        if art != self._bed_art:
            return False
        
        ugress_sjanse = randint(1, 4)
        if ugress_sjanse == 1:
            plante = Plante("Ugress", "", h?yde)
        else:
            plante = Plante(art, navn, h?yde)

        self._planter.append(plante)
        return True
    
    def luk_bed(self):
        ugress_ind = 0
        while ugress_ind < len(self._planter):
            if self._planter[ugress_ind].hent_art() == "Ugress":
                self._planter.pop(ugress_ind)
                return True
            ugress_ind += 1
        return False

    def hent_alle_planter(self):
        return self._planter

    def finn_h?yeste_plante(self):
        if len(self._planter) == 0:
            return None

        h?yeste = self._planter[0]

        for plante in self._planter:
            if (plante.hent_art() != "Ugress" and plante.hent_h?yde() > h?yeste.hent_h?yde()) or h?yeste.hent_art() == "Ugress":
                h?yeste = plante

        if h?yeste.hent_art() == "Ugress":
            return None
        
        return h?yeste

    def __str__(self):
        plante_streng = ""
        for plante in self.hent_alle_planter():
            plante_streng += str(plante) + "\n"

        bed_streng = f"Bed {self._bednr}\nArt: {self._bed_art}\n"

        if plante_streng == "":
            bed_streng += f"Planter: \n{plante_streng}\n"

        if self.finn_h?yeste_plante() != None:
            bed_streng += f"H?yeste plante: \n{str(self.finn_h?yeste_plante())}\n"
        return bed_streng

class Hage:
    def __init__(self, ant_bed):
        self._bed = []
        for i in range(ant_bed):
            nytt_bed = Bed(i + 1)
            self._bed.append(nytt_bed)

    def legg_til_plante(self, art, navn, h?yde):
        for bed in self._bed:
            if bed.gro_plante(art, navn, h?yde):
                return
        print("Ingen bed passa")

    def luk_alle_bed(self, ant_ganger):
        antall_luket = 0
        for bed in self._bed:
            while bed.luk_bed():
                antall_luket += 1
                if antall_luket == ant_ganger:
                    return
        
        print(f"Fikk bare luket {antall_luket} ugress fra hagen")

    def finn_aller_h?yeste_plante(self):
        h?yest = self._bed[0].finn_h?yeste_plante()

        for bed in self._bed:
            bed_h?yeste = bed.finn_h?yeste_plante()
            if (bed_h?yeste != None and bed_h?yeste.hent_h?yde() > h?yest.hent_h?yde()) or (h?yest == None and bed_h?yeste != None):
                h?yest = bed_h?yeste
        
        if h?yest == None:
            print("Alle bedene var tomme, eller hadde kun ugress")
        return h?yest



h = Hage(3)

h.legg_til_plante("Canis", "Vulpis", 80)
h.legg_til_plante("Canis", "Vulpis", 80)
h.legg_til_plante("Canis", "Vulpis", 80)
h.legg_til_plante("Canis", "Vulpis", 80)
h.legg_til_plante("Canis", "Vulpis", 80)
h.legg_til_plante("Canis", "Vulpis", 80)
h.legg_til_plante("Canis", "Vulpis", 80)
h.legg_til_plante("Canis", "Vulpis", 80)
h.legg_til_plante("Caniss", "Vulpis", 80)
h.legg_til_plante("Caniss", "Vulpis", 80)
h.legg_til_plante("Caniss", "Vulpis", 80)
h.legg_til_plante("Caniss", "Vulpis", 80)
h.legg_til_plante("Caniss", "Vulpis", 900)
h.legg_til_plante("Caniss", "Vulpis", 80)
h.legg_til_plante("Caniss", "Vulpis", 80)
h.legg_til_plante("Caniss", "Vulpis", 80)

for bed in h._bed:
    for plante in bed.hent_alle_planter():
        print(plante)
        print()

h.luk_alle_bed(10)

print("Etter luking:\n")

for bed in h._bed:
    for plante in bed.hent_alle_planter():
        print(plante)
        print()

print(h.finn_aller_h?yeste_plante())