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2026 - PlatouK
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== Rezolvare == === Rezolvare ver. 1 === <syntaxhighlight lang="python" line> # 2026 - PlatouK def validate_input(k, n, sequence): # Verifică dacă datele de intrare sunt corecte if not 1 <= k <= 100 or not 1 <= n <= 1000000 or not all(0 <= x <= 10000 for x in sequence): return False return True def find_longest_plateau(k, sequence): longest_plateau_length = 0 longest_plateau_element = None for i in range(len(sequence)): # Verifică dacă putem efectua operațiunea de extragere/inserare de cel puțin o dată if k >= i: # Extrage platoul din secvență plateau = [] j = i while j < len(sequence) and (not plateau or sequence[j] == plateau[0]): plateau.append(sequence[j]) j += 1 plateau_length = len(plateau) # Verifică dacă putem efectua operațiunea de extragere/inserare de cel puțin încă o dată if k >= i + plateau_length: # Inserează platoul în secvență și calculează lungimea platoului rezultat new_sequence = sequence[:i] + sequence[i+plateau_length:] for l in range(i, len(new_sequence)): new_sequence.insert(l, plateau[0]) k_left = k - (i + plateau_length) while k_left >= l + plateau_length: new_sequence = new_sequence[:l+plateau_length] + plateau + new_sequence[l+plateau_length:] k_left -= (l + plateau_length) result_plateau = [] j = 0 while j < len(new_sequence): # Calculează lungimea platoului format din elementul curent plateau = [] while j < len(new_sequence) and (not plateau or new_sequence[j] == plateau[0]): plateau.append(new_sequence[j]) j += 1 plateau_length = len(plateau) # Verifică dacă lungimea platoului este maximă if plateau_length > longest_plateau_length: longest_plateau_length = plateau_length longest_plateau_element = plateau[0] # Continuă căutarea în secvența următoare j += 1 return longest_plateau_length, longest_plateau_element if __name__ == "__main__": # Citire date de intrare k = int(input()) n = int(input()) sequence = list(map(int, input().split())) p = int(input()) # Verificare date de intrare if not validate_input(k, n, sequence): print("Datele nu corespund restricțiilor impuse.") else: # Calculează lungimea maximă a platoului sau elementul din care este format platoul longest_plateau_length, longest_plateau_element = find_longest_plateau(k, sequence) if p == 1: print("Datele sunt introduse corect.") print(longest_plateau_length) else: print("Datele sunt introduse corect.") print(longest_plateau_element) </syntaxhighlight>
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